CN204668414U - Double side applying adhesive apparatus - Google Patents

Double side applying adhesive apparatus Download PDF

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Publication number
CN204668414U
CN204668414U CN201520406798.XU CN201520406798U CN204668414U CN 204668414 U CN204668414 U CN 204668414U CN 201520406798 U CN201520406798 U CN 201520406798U CN 204668414 U CN204668414 U CN 204668414U
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CN
China
Prior art keywords
send
rubberizing
glue
adhesive tape
driver
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201520406798.XU
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Chinese (zh)
Inventor
余劲平
余传
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Shenzhen Xinchengjie Electronic Technology Co Ltd
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Shenzhen Xinchengjie Electronic Technology Co Ltd
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Priority to CN201520406798.XU priority Critical patent/CN204668414U/en
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Publication of CN204668414U publication Critical patent/CN204668414U/en
Withdrawn - After Issue legal-status Critical Current
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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
    • 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

Abstract

Double side applying adhesive apparatus comprises supporting bracket, send gluing mechanism group, adhesive tape rubberizing mechanism group and cutting mechanism group.Sending gluing mechanism group to comprise first send gluing mechanism and second to send gluing mechanism, and first send gluing mechanism to comprise first send glue drive division and first to send glue portion, and first send glue portion to have first send blob of viscose and the first moulding shell fragment; Second send gluing mechanism to comprise second send glue drive division and second to send glue portion, and second send glue portion to have second send blob of viscose and the second moulding shell fragment; Adhesive tape rubberizing mechanism group comprises the first adhesive tape rubberizing mechanism and the second adhesive tape rubberizing mechanism, first adhesive tape rubberizing mechanism comprises the first rubberizing driver and the first rubberizing block, second adhesive tape rubberizing mechanism comprises the second rubberizing driver and the second rubberizing block, gluing mechanism group is sent to drive first to send glue portion and second to send glue portion, adhesive tape is made to be in pole piece both sides, adhesive tape rubberizing mechanism group drives the first rubberizing block and the second rubberizing block, and make adhesive tape be pressed on pole piece, cutting mechanism group cuts off adhesive tape.It can improve viscose glue positional accuracy, the pole piece that energy useable width is narrow.

Description

Double side applying adhesive apparatus
Technical field
The utility model relates to the process units of battery core, particularly a kind of Double side applying adhesive apparatus.
Background technology
Lithium battery is as the one of clean energy resource, and due to it, to have voltage high, and cycle charge discharge electric life is long, the plurality of advantages such as the little and self-discharge rate of environmental pollution is low, have been widely used in each electronic product, as smart mobile phone, notebook computer, digital camera and portable compact electric apparatus etc.The primary structure of lithium battery comprises housing and is arranged on the lithium-ion electric core in housing, and usual battery core is made up of positive plate, upper barrier film, negative plate and lower diaphragm plate, and wherein positive/negative plate is the important component part of lithium-ion electric core.The positive/negative plate of lithium battery electric core is welded with and derives the positive and negative lug of energy, in order to ensure the safety of battery, the general upper and lower surface rubberizing needing weld at positive and negative lug and positive/negative plate, contacts to avoid positive and negative lug the short circuit caused.
Current known lithium battery pole slice adhesive tape rubberizing mechanism adopts overall structure to move horizontally adhesive tape to be delivered to vacuum to inhale blob of viscose place, again with tape cutter by adhesive tape cutting, then by suction blob of viscose adhesive tape is made level and the weld (i.e. the two sides up and down of pole piece) adhesive tape being finally labelled to pole piece and lug that moves both vertically again.But, because this kind of adhesive tape rubberizing mechanism first adsorbs after adhesive tape cutting again, for the pole piece that width is narrower, adhesive tape after cut-out is in the position of inhaling on blob of viscose and can changes a lot, thus make the position of tape sticker on pole piece inaccurate, the paste position error range of adhesive tape is comparatively large, therefore cannot reach manufacturing technique requirent.And due to cannot mechanical rubberizing for the narrower pole piece of width, be all by rubberizing manually so existing, not only the efficiency of rubberizing be low, and the error of rubberizing is large, cannot ensure the quality of pole piece.
Utility model content
The purpose of this utility model is, provides a kind of Double side applying adhesive apparatus, can improve the accuracy of tape sticker position on pole piece, reduces rubberizing error range, reaches manufacturing technique requirent, and the pole piece rubberizing that energy useable width is narrower.
It is adopt following technical scheme to realize that the utility model solves its technical problem.
A kind of Double side applying adhesive apparatus, for by adhesive tape gluing at the first side surface of pole piece and the second side surface.Double side applying adhesive apparatus comprise supporting bracket and install on the supporting plate send gluing mechanism group, adhesive tape rubberizing mechanism group and cutting mechanism group.Cutting mechanism group is arranged at adhesive tape rubberizing mechanism group and send between gluing mechanism group.Send gluing mechanism group to comprise to be oppositely arranged first send gluing mechanism and second to send gluing mechanism, first send gluing mechanism to comprise first send glue drive division and first to send glue portion, first send glue portion to have first send blob of viscose and is pressed in first and send the first moulding shell fragment on blob of viscose, and first send blob of viscose to be provided with the first stopper slot, second send gluing mechanism to comprise second send glue drive division and second to send glue portion, and second send glue portion to have second send blob of viscose and be pressed in second and send the second moulding shell fragment on blob of viscose, and second send blob of viscose to be provided with the second stopper slot, adhesive tape is in transport process, adhesive tape is pressed in first and send in the first stopper slot of blob of viscose by the first moulding shell fragment, first send glue drive division to order about first send glue portion to drive adhesive tape to move towards near the direction of adhesive tape rubberizing mechanism group, adhesive tape is made to be sent to above the first side surface of pole piece, adhesive tape is pressed in second and send in the second stopper slot of blob of viscose by the second moulding shell fragment, second send glue drive division to order about second send glue portion to drive adhesive tape to move towards near the direction of adhesive tape rubberizing mechanism group, adhesive tape is made to be sent to below the second side surface of pole piece, adhesive tape rubberizing mechanism group comprises the first adhesive tape rubberizing mechanism and the second adhesive tape rubberizing mechanism that are oppositely arranged, first adhesive tape rubberizing mechanism comprises the first rubberizing driver and the first rubberizing block, second adhesive tape rubberizing mechanism comprises the second rubberizing driver and the second rubberizing block, adhesive tape is in laminating process, first rubberizing driver drives first rubberizing block and the second rubberizing driver drives second rubberizing block, adhesive tape and pole piece is made to be pressed together between the first rubberizing block and the second rubberizing block, cutting mechanism group is used for being cut off by adhesive tape after rubberizing completes.
In preferred embodiment of the present utility model, above-mentioned first send glue drive division to comprise first send glue driver, the first screw mandrel, the first ball screw bearing and first send glue connecting plate.First send glue driver to connect on the supporting plate, first screw mandrel and first send glue driver to be connected, first ball screw bearing threads is connected on the first screw mandrel, first send glue connecting plate one end to be connected on the first ball screw bearing, and first send the glue connecting plate other end and first to send glue portion to be connected; Second send glue drive division to be arranged at below that first send glue drive division, second send glue drive division to comprise second send glue driver, the second screw mandrel, the second ball screw bearing and second send glue connecting plate, second send glue driver to connect on the supporting plate, second screw mandrel and second send glue driver to be connected, second ball screw bearing threads is connected on the second screw mandrel, second send glue connecting plate one end to be connected on the second ball screw bearing, and second send the glue connecting plate other end and second to send glue portion to be connected.
In preferred embodiment of the present utility model, above-mentioned first send gluing mechanism also to comprise the first detection induction part, and first detects induction part comprises the first mount pad, the first starting point inductor, First terminal point inductor and the first sensing chip.First mount pad is installed on the supporting plate, and the first starting point inductor and the spaced setting of First terminal point inductor are also connected on the first mount pad, and the first sensing chip is positioned at the below of the first starting point inductor, is connected to first and send on glue connecting plate; Second send gluing mechanism also to comprise the second detection induction part, second detects induction part comprises the second mount pad, the second starting point inductor, the second terminal inductor and the second sensing chip, second mount pad is installed on the supporting plate, second starting point inductor and the spaced setting of the second terminal inductor are also connected on the second mount pad, and the second sensing chip is connected to second and send on glue connecting plate.
In preferred embodiment of the present utility model, above-mentioned first send glue portion also to comprise first send glue base plate, first to send rubber tire and first to send glue regulating shaft.First send glue connecting plate to be connected to first send on glue base plate, first send glue base plate to make first to send glue base plate to be connected slidably on the supporting plate with being coordinated by chute and slide rail between supporting bracket, first send rubber tire to be connected to first send on glue base plate, first send glue regulating shaft to be arranged at first send the side of rubber tire and is connected to first and send on glue base plate, first moulding shell fragment and first send one end of blob of viscose to be connected to first to send on glue regulating shaft, first moulding shell fragment and this first send the other end of blob of viscose to send the direction of rubber tire to extend towards away from first, and the first moulding shell fragment send the end of rubber tire to be pressed in first away from first to send on blob of viscose, second send glue portion also to comprise second send glue base plate, second send rubber tire and second to send glue regulating shaft, second send glue connecting plate to be connected to second send on glue base plate, second send glue base plate to make second to send glue base plate to be connected slidably on the supporting plate with being coordinated by chute and slide rail between supporting bracket, second send rubber tire to be connected to second send on glue base plate, second send glue regulating shaft to be arranged at second send the side of rubber tire and is connected to second and send on glue base plate, second moulding shell fragment and second send one end of blob of viscose to be connected to second to send on glue regulating shaft, second moulding shell fragment and second send the other end of blob of viscose to send the direction of rubber tire to extend towards away from second, and the second moulding shell fragment send the end of rubber tire to be pressed in second away from second to send on blob of viscose.
In preferred embodiment of the present utility model, the width of above-mentioned first stopper slot and the second stopper slot equals the width of adhesive tape.
In preferred embodiment of the present utility model, above-mentioned first adhesive tape rubberizing mechanism also comprises the first rubberizing fixed head, first rubberizing driver is arranged on the first rubberizing fixed head, first rubberizing fixed head makes the first rubberizing fixed head be connected slidably on the supporting plate with being coordinated by chute and slide rail between supporting bracket, and the first rubberizing block is connected with the first rubberizing driver; Second adhesive tape rubberizing mechanism also comprises the second rubberizing fixed head, second rubberizing driver is arranged on the second rubberizing fixed head, second rubberizing fixed head makes the second rubberizing fixed head be connected slidably on the supporting plate with being coordinated by chute and slide rail between supporting bracket, and the second rubberizing block is connected with the second rubberizing driver.
In preferred embodiment of the present utility model, above-mentioned cutting mechanism group comprises the first cutting mechanism, the second cutting mechanism that are oppositely arranged and determines cutout.First cutting mechanism comprises the first shearing driver and first and shears sheet, and first shears driver installs on the supporting plate, and first one end of shearing sheet is connected to the first shearing driver, and the middle part of the first shearing sheet is on the supporting plate hinged; Second cutting mechanism comprises the second shearing driver and second and shears sheet, second shears driver installs on the supporting plate, second one end of shearing sheet is connected to the second shearing driver, the middle part of the second shearing sheet is on the supporting plate hinged, supporting bracket is provided with charging hole between the first cutting mechanism and the second cutting mechanism, determines cutout and be arranged between the first shearing sheet and the second shearing sheet.
In preferred embodiment of the present utility model, above-mentionedly determine cutout and be provided with first away from the end of supporting bracket and draw glue inclined-plane and second and draw glue inclined-plane, first draws glue inclined-plane send the direction of blob of viscose to tilt towards near first, second draws glue inclined-plane send the direction of blob of viscose to tilt towards near second, the inside of determining cutout is provided with admission line, first draws glue inclined-plane and second draws glue inclined-plane and is provided with multiple fumarole, and each fumarole is communicated with admission line.
In preferred embodiment of the present utility model, above-mentioned Double side applying adhesive apparatus also comprises into gluing mechanism group.Enter gluing mechanism group to comprise first and enter gluing mechanism and second and enter gluing mechanism, first enters gluing mechanism installs on the supporting plate, and first enters gluing mechanism enters first of gluing mechanism send between blob of viscose and the first moulding shell fragment for adhesive tape being sent to first; Second enters gluing mechanism enters second of gluing mechanism send between blob of viscose and the second moulding shell fragment for adhesive tape being sent to second.
The gluing mechanism group of sending of Double side applying adhesive apparatus of the present utility model is installed on the supporting plate, and adhesive tape rubberizing mechanism group is arranged on away from sending in the supporting bracket of gluing mechanism group, and cutting mechanism group is installed on the supporting plate, and is in between gluing mechanism group and adhesive tape rubberizing mechanism group.First send first of gluing mechanism to send glue drive division to order about first send glue portion to move towards near the direction of adhesive tape rubberizing mechanism group, and make above the first the first side surface sending the adhesive tape between blob of viscose and the first moulding shell fragment to be sent to pole piece, second send glue drive division to order about second send glue portion to move towards near the direction of adhesive tape rubberizing mechanism group, and makes below the second the second side surface sending the adhesive tape between blob of viscose and the second moulding shell fragment to be sent to pole piece; First rubberizing driver drives first rubberizing block and the second rubberizing driver drives second rubberizing block, and make tape sticker at the first side surface of pole piece and the second side surface, cutting mechanism group cuts off the adhesive tape sent between gluing mechanism group and adhesive tape rubberizing mechanism group respectively.First of Double side applying adhesive apparatus of the present utility model send gluing mechanism and second to send gluing mechanism to be adopt stepping motor to drive, and utilize screw mandrel and roller bearing screw mandrel bearing fit to carry out transmission, and on the first side surface adhesive tape being sent to pole piece and the second side surface, adhesive tape is pressed in cutting mechanism group after on pole piece and cuts off adhesive tape by adhesive tape rubberizing mechanism group, therefore Double side applying adhesive apparatus can not only improve the transmission precision of adhesive tape, and the pole piece rubberizing that energy useable width is narrower.And adhesive tape is be limited to send in the stopper slot of blob of viscose when transmitting, ensure that left and right offset movement can not occur adhesive tape, guarantee that tape sticker is accurate at the right position of the first side surface of pole piece and the second side surface, thus reduce rubberizing error range, reach manufacturing technique requirent.In addition, send gluing mechanism group, adhesive tape rubberizing mechanism group and the cutting mechanism group of Double side applying adhesive apparatus are independently structure, and concurrently-acting also can single movement, thus adds the operability of equipment.
Above-mentioned explanation is only the general introduction of technical solutions of the utility model, in order to technological means of the present utility model can be better understood, and can be implemented according to the content of specification, and can become apparent to allow above and other object of the present utility model, feature and advantage, below especially exemplified by preferred embodiment, and coordinate accompanying drawing, describe in detail.
Accompanying drawing explanation
Fig. 1 is that the adhesive tape of Double side applying adhesive apparatus of the present utility model transmits schematic diagram.
Fig. 2 be Double side applying adhesive apparatus of the present utility model face structural representation.
Fig. 3 is the backsight structural representation of Double side applying adhesive apparatus of the present utility model.
Fig. 4 a is the of the present utility model first structural representation sending gluing mechanism.
Fig. 4 b is the of the present utility model second structural representation sending gluing mechanism.
Fig. 5 is the partial enlargement structural representation in Double side applying adhesive apparatus V portion of the present utility model.
Fig. 6 a is the structural representation sending gluing mechanism group to send glue of the present utility model.
Fig. 6 b be of the present utility model send gluing mechanism group to send glue after the structural representation return.
Embodiment
For further setting forth the utility model for the technological means reaching predetermined utility model object and take and effect, below in conjunction with accompanying drawing and preferred embodiment, to according to the embodiment of the Double side applying adhesive apparatus that the utility model proposes, structure, feature and effect thereof, as follows in detail:
Relevant aforementioned and other technology contents, Characteristic of the present utility model, can know and present in the detailed description of following cooperation with reference to graphic preferred embodiment.By the explanation of embodiment, when can to the utility model for the technological means reaching predetermined object and take and effect be able to more deeply and concrete understanding, but institute's accompanying drawings is only to provide with reference to the use with explanation, is not used for being limited the utility model.
Fig. 1 is that the adhesive tape of Double side applying adhesive apparatus of the present utility model transmits schematic diagram.Fig. 2 be Double side applying adhesive apparatus of the present utility model face structural representation.Fig. 3 is the backsight structural representation of Double side applying adhesive apparatus of the present utility model.Please refer to Fig. 1 to Fig. 3, Double side applying adhesive apparatus 100 in the present embodiment for the rubberizing district at the first side surface of pole piece (such as positive plate or negative plate) and the second side surface (i.e. the both side surface up and down of pole piece) (in the present embodiment, rubberizing district is region pole piece being welded with lug) rubberizing, be specially adapted to the first side surface of the both positive and negative polarity pole piece of the battery core at lithium ion, super capacitor, electrochemical capacitor and the rubberizing district rubberizing of the second side surface, but not as limit.In the present embodiment, Double side applying adhesive apparatus 100 comprise supporting bracket 110, enter gluing mechanism group 120, send gluing mechanism group 130, adhesive tape rubberizing mechanism group 140 and cutting mechanism group 150.
Supporting bracket 110 is approximately perpendicular to horizontal plane and is fixedly installed and has the first relative installed surface 111 and the second installed surface 112.Supporting bracket 110 is provided with charging hole 101, first bar hole 102 and the second bar hole 103 that run through the first installed surface 111 and the second installed surface 112.Charging hole 101 is arranged on the middle part of supporting bracket 110, and the first bar hole 102 is parallel relatively with the second bar hole about 103, and be arranged at supporting bracket 110 away from charging hole 101 side.Supporting bracket 110 is provided with pole piece saddle 114, and pole piece saddle 114 is roughly parallel to horizontal plane and is fixedly connected on the inwall of charging hole 101.It is worth mentioning that, the direction of transfer of pole piece is perpendicular to the first installed surface 111 and the second installed surface 112, and pole piece transmits towards pole piece receiving section from the direction of the second installed surface 112 to the first installed surface 111 from pole piece blowing district.Pole piece carries out the first side surface of pole piece and the two-sided rubberizing of the second side surface when being sent to the end of pole piece saddle 114.
As shown in Figures 2 and 3, enter gluing mechanism group 120 for supplying adhesive tape, and be arranged on the first installed surface 111 of supporting bracket 110.Enter gluing mechanism group 120 to comprise first and enter gluing mechanism 122 and second and enter gluing mechanism 124.First enters gluing mechanism 122 and second enters gluing mechanism 124 and is oppositely arranged, and is arranged on the two ends up and down of supporting bracket 110 respectively.
First enters gluing mechanism 122 comprises first and enters lacquer disk(-sc) 1222, multiple first and cross rubber tire 1223, first and store up glue driver 1224, first and store up glue slide block 1225, first moulding driver 1226 and the first moulding 1227.First enters lacquer disk(-sc) 1222 for providing adhesive tape, and first enters the upper end that lacquer disk(-sc) 1222 is hinged on supporting bracket 110.Multiple first crosses rubber tire 1223 is vertically connected on the first installed surface 111 of supporting bracket 110, and according to adhesive tape move towards distribution over the carrier plate 110, and the first adhesive tape entered on lacquer disk(-sc) 1222 extends towards sending the direction of gluing mechanism group 130 through each first mistake rubber tire 1223, as shown in Figure 1.First storage glue driver 1224 is positioned at first and enters lacquer disk(-sc) 1222 side, and installs over the carrier plate 110.First storage glue slide block 1225 is arranged on the below of the first storage glue driver 1224, and stores up glue driver 1224 be connected with first.First storage glue slide block 1225 is provided with chute, and supporting bracket 110 is provided with slide rail (length direction of slide rail is perpendicular to horizontal plane), the first storage glue slide block 1225 makes the first storage glue slide block 1225 be connected slidably over the carrier plate 110 with being coordinated by chute and slide rail between supporting bracket 110.First storage glue slide block 1225 is connected with one first rubber tire 1223 excessively, and the first mistake rubber tire 1223 can move together along with the first storage glue slide block 1225.First moulding driver 1226 is arranged on the first storage glue driver 1224 enters the supporting bracket 110 of lacquer disk(-sc) 1222 side away from first, and installs over the carrier plate 110.First moulding 1227 is arranged on the top of the first moulding driver 1226, and is connected with the first moulding driver 1226.The upper end of the first moulding 1227 is provided with one first and crosses rubber tire 1223, and the first moulding driver 1226 can order about the first moulding 1227 motion, and makes the end of the first moulding 1227 be pressed on this first to cross on rubber tire 1223.When starting rubberizing, first moulding driver 1226 drives the first moulding 1227, adhesive tape be pressed in the first moulding 1227 and cross between rubber tire 1223 in first of the first moulding 1227 upper end, then the first storage glue driver 1224 orders about the first storage glue slide block 1225 and moves, on first storage glue slide block 1225 first adhesive tape that rubber tire 1223 enters first on lacquer disk(-sc) 1222 is excessively elongated, then the first storage glue driver 1224 orders about the first storage glue slide block 1225 motion return, first moulding driver 1226 orders about the first moulding 1227 motion return simultaneously, now adhesive tape is in and draws loose state.
Second enters gluing mechanism 124 is arranged on the below that first enters gluing mechanism 122, and comprises second and enter lacquer disk(-sc) 1242, multiple second and cross rubber tire 1243, second and store up glue driver 1244, second and store up glue slide block 1245, second moulding driver 1246 and the second moulding 1247.Second enters lacquer disk(-sc) 1242 for providing adhesive tape, and second enters the lower end that lacquer disk(-sc) 1242 is hinged on supporting bracket 110.Multiple second crosses rubber tire 1243 is vertically connected on the first installed surface 111 of supporting bracket 110, and according to adhesive tape move towards distribution over the carrier plate 110, and the second adhesive tape entered on lacquer disk(-sc) 1242 extends towards sending the direction of gluing mechanism group 130 through each second mistake rubber tire 1243, as shown in Figure 1.Second storage glue driver 1244 is positioned at second and enters lacquer disk(-sc) 1242 side, and installs over the carrier plate 110.Second storage glue slide block 1245 is arranged on the below of the second storage glue driver 1244, and stores up glue driver 1244 be connected with second.Second storage glue slide block 1245 is provided with chute, and supporting bracket 110 is provided with slide rail (length direction of slide rail is perpendicular to horizontal plane), the second storage glue slide block 1245 makes the second storage glue slide block 1245 be connected slidably over the carrier plate 110 with being coordinated by chute and slide rail between supporting bracket 110.Second storage glue slide block 1245 is connected with one second rubber tire 1243 excessively, and the second mistake rubber tire 1243 can move together along with the second storage glue slide block 1245.Second moulding driver 1246 is arranged on the second storage glue driver 1244 enters the supporting bracket 110 of lacquer disk(-sc) 1242 side away from second, and installs over the carrier plate 110.Second moulding 1247 is arranged on the below of the first moulding driver 1226, and is connected with the second moulding driver 1246.The lower end of the second moulding 1247 is provided with one second and crosses rubber tire 1243, second moulding driver 1246 and can order about the second moulding 1247 motion, and makes the end of the second moulding 1247 be pressed on this second to cross on rubber tire 1243.When starting rubberizing, second moulding driver 1246 drives the second moulding 1247, adhesive tape be pressed in the second moulding 1247 and cross between rubber tire 1243 in second of the second moulding 1247 lower end, then the second storage glue driver 1244 orders about the second storage glue slide block 1245 and moves, on second storage glue slide block 1245 second adhesive tape that rubber tire 1243 enters second on lacquer disk(-sc) 1242 is excessively elongated, then the second storage glue driver 1244 orders about the second storage glue slide block 1245 motion return, second moulding driver 1246 orders about the second moulding 1247 motion return simultaneously, now adhesive tape is in and draws loose state.It is worth mentioning that, enter first of gluing mechanism group 120 and enter gluing mechanism 122 and second and enter gluing mechanism 124 and both can supply adhesive tape simultaneously and also can supply adhesive tape separately, that is first enters gluing mechanism 122 and second to enter gluing mechanism 124 is two independently structures.In the present embodiment, the first storage glue driver 1224, first moulding driver 1226, second stores up glue driver 1244 and the second moulding driver 1246 adopts cylinder to drive, but not as limit.
Send gluing mechanism group 130 to be arranged on away from entering in the supporting bracket 110 of gluing mechanism group 120, and comprise first and send gluing mechanism 132 and second to send gluing mechanism 136.First send gluing mechanism 132 and second to send gluing mechanism 136 to be oppositely arranged, and is arranged on the two ends up and down of supporting bracket 110 respectively.
First send gluing mechanism 132 to comprise first send glue drive division 133, first detection induction part 134 and first to send glue portion 135.First send glue drive division 133 and first to detect the second installed surface 112 that induction part 134 is arranged on supporting bracket 110, first send glue portion 135 to be arranged on the first installed surface 111 of supporting bracket 110, and first send glue drive division 133 to send glue portion 135 to be connected by the first bar hole 102 and first in supporting bracket 110.First send glue drive division 133 to comprise first send glue driver 1331, first screw mandrel 1332, first ball screw bearing 1333 and first to send glue connecting plate 1334.First send glue driver 1331 to connect over the carrier plate 110, and first send glue driver 1331 to be connected with the first screw mandrel 1332, and first send glue drive division 133 can order about the axial direction positive and negative rotation of the first screw mandrel 1332 around the first screw mandrel 1332.First ball screw bearing 1333 is connected on the first screw mandrel 1332 by threaded engagement, and can along with the rotation of the first screw mandrel 1332 along the length direction reciprocating motion of the first screw mandrel 1332.First send glue connecting plate 1334 one end to be fixedly connected on the first ball screw bearing 1333, and first send the other end of glue connecting plate 1334 to send glue portion 135 to be connected through the first bar hole 102 and first.In the present embodiment, first send glue driver 1331 to be such as stepping motor, but not as limit.
First detects induction part 134 is arranged on the top that first send glue drive division 133, and comprises the first mount pad 1341, first starting point inductor 1343, First terminal point inductor 1344 and the first sensing chip 1345.First mount pad 1341 connects over the carrier plate 110, and the first mount pad 1341 is provided with the first regulating tank 1342, first starting point inductor 1343 and First terminal point inductor 1344 is adjustable is connected in the first regulating tank 1342 (i.e. the first starting point inductor 1343 and the adjustable distance each other of First terminal point inductor 1344).First sensing chip 1345 is arranged on the below of the first starting point inductor 1343, and is fixedly connected on first and send on glue connecting plate 1334.When first send glue driver 1331 to drive the first screw mandrel 1332, the first ball screw bearing 1333, first is made to send glue connecting plate 1334 and the first sensing chip 1345 to move towards near the direction of First terminal point inductor 1344, until when the first sensing chip 1345 is in the induction zone of First terminal point inductor 1344, First terminal point inductor 1344 controls first and send glue driver 1331 to stop driving.When first send glue driver 1331 to drive the first screw mandrel 1332, the first ball screw bearing 1333, first is made to send glue connecting plate 1334 and the first sensing chip 1345 to move towards near the direction of the first starting point inductor 1343, until when the first sensing chip 1345 is in the induction zone of the first starting point inductor 1343, the first starting point inductor 1343 controls first and send glue driver 1331 to stop driving.That is, first send glue driver 1331 can order about the first ball screw bearing 1333, first send glue connecting plate 1334 and the first sensing chip 1345 to move between the first starting point inductor 1343 and First terminal point inductor 1344, when exceed or be in the first starting point inductor 1343, First terminal point inductor 1344 induction zone time, first send glue driver 1331 stop drive.
Fig. 4 a is the of the present utility model first structural representation sending gluing mechanism.As shown in Fig. 2 and Fig. 4 a, in the present embodiment, first send glue portion 135 to comprise first to send glue base plate 1351, first to send rubber tire 1352, first to send glue regulating shaft 1353, first moulding shell fragment 1354 and first to send blob of viscose 1355.First send the end of glue connecting plate 1334 to be connected to first send on glue base plate 1351.First send glue base plate 1351 to be provided with chute, and supporting bracket 110 is provided with slide rail (length direction of slide rail is parallel to horizontal plane), first is sent to be coordinated by chute and slide rail between glue base plate 1351 with supporting bracket 110 and makes first to send glue base plate 1351 to be connected slidably over the carrier plate 110.First send that rubber tire 1352 is adjustable to be connected to first and to send on glue base plate 1351, first send glue regulating shaft 1353 to be arranged at side that first send rubber tire 1352, and first send that the end of glue regulating shaft 1353 is adjustable to be connected to first and to send on glue base plate 1351.One end of first moulding shell fragment 1354 is connected to the upside that first send the axostylus axostyle of glue regulating shaft 1353, and the other end of the first moulding shell fragment 1354 send the direction of rubber tire 1352 to extend towards away from first.First send that one end of blob of viscose 1355 is removable is connected to the downside that first send the axostylus axostyle of glue regulating shaft 1353, first send the other end of blob of viscose 1355 to send the direction of rubber tire 1352 to extend towards away from first, and the first moulding shell fragment 1354 send the end of rubber tire 1352 to be pressed in first away from first to send on blob of viscose 1355.First send blob of viscose 1355 to be provided with the first stopper slot 1356, and the width of the first stopper slot 1356 equals the width of adhesive tape.Send in the first stopper slot 1356 of blob of viscose 1355 when adhesive tape is sent to first, and be pressed in when the first moulding shell fragment 1354 and first send between blob of viscose 1355 and (it is worth mentioning that, the end of adhesive tape exceeds first and send blob of viscose 1355 end general about 10mm, concrete exceeds length free setting according to actual needs), adhesive tape is limited in the first stopper slot 1356, and makes adhesive tape that left and right skew can not occur.In the present embodiment, for the adhesive tape of different in width, the width of the first stopper slot 1356 identical with tape width first can be selected to send blob of viscose 1355 to be arranged on first send on glue regulating shaft 1353 or sent the width of the first stopper slot 1356 of blob of viscose 1355 by adjustment first, the width making the width of the first stopper slot 1356 equal adhesive tape realizes the position-limiting action of the first stopper slot 1356 pairs of adhesive tapes.
Second send the 26S Proteasome Structure and Function of gluing mechanism 136 roughly to send gluing mechanism 132 identical with first, and is arranged on the below that first send gluing mechanism 132.Second send gluing mechanism 136 to comprise second send glue drive division 137, second detection induction part 138 and second to send glue portion 139.Second send glue drive division 137 and second to detect the second installed surface 112 that induction part 138 is arranged on supporting bracket 110, second send glue portion 139 to be arranged on the first installed surface 111 of supporting bracket 110, and second send glue drive division 137 to send glue portion 139 to be connected by the second bar hole 103 and second in supporting bracket 110.Second send glue drive division 137 to comprise second send glue driver 1371, second screw mandrel 1372, second ball screw bearing 1373 and second to send glue connecting plate 1374.Second send glue driver 1371 to connect over the carrier plate 110, and second send glue driver 1371 to be connected with the second screw mandrel 1372, and second send glue driver 1371 can order about the axial direction positive and negative rotation of the second screw mandrel 1372 around the second screw mandrel 1372.Second ball screw bearing 1373 is connected on the second screw mandrel 1372 by threaded engagement, and can along with the rotation of the second screw mandrel 1372 along the length direction reciprocating motion of the second screw mandrel 1372.Second send glue connecting plate 1374 one end to be fixedly connected on the second ball screw bearing 1373, and second send glue connecting plate 1374 other end to send glue portion 139 to be connected through the second bar hole 103 and second.In the present embodiment, second send glue driver 1371 to be such as stepping motor, but not as limit.
Second detects induction part 138 is arranged on the top that second send glue drive division 137, and comprises the second mount pad 1381, second starting point inductor 1383, second terminal inductor 1384 and the second sensing chip 1385.Second mount pad 1381 connects over the carrier plate 110, and the second mount pad 1381 is provided with the second regulating tank 1382, second starting point inductor 1383 and the second terminal inductor 1384 is adjustable is connected in the second regulating tank 1382 (i.e. the second starting point inductor 1383 and the adjustable distance each other of the second terminal inductor 1384).Second sensing chip 1385 is arranged on the below of the second starting point inductor 1383, and is fixedly connected on second and send on glue connecting plate 1374.When second send glue driver 1371 to drive the second screw mandrel 1372, the second ball screw bearing 1373, second is made to send glue connecting plate 1374 and the second sensing chip 1385 to move towards near the direction of the second terminal inductor 1384, until when the second sensing chip 1385 is in the induction zone of the second terminal inductor 1384, the second terminal inductor 1384 controls second and send glue driver 1371 to stop driving.When second send glue driver 1371 to drive the second screw mandrel 1372, the second ball screw bearing 1373, second is made to send glue connecting plate 1374 and the second sensing chip 1385 to move towards near the direction of the second starting point inductor 1383, until when the second sensing chip 1385 is in the induction zone of the second starting point inductor 1383, the second starting point inductor 1383 controls second and send glue driver 1371 to stop driving.That is, second send glue driver 1371 can order about the second ball screw bearing 1373, second send glue connecting plate 1374 and the second sensing chip 1385 to move between the second starting point inductor 1383 and the second terminal inductor 1384, when exceeding or be in the induction zone of the second starting point inductor 1383, second terminal inductor 1384, second send glue driver 1371 to stop driving.
Fig. 4 b is the of the present utility model second structural representation sending gluing mechanism.As shown in Fig. 2 and Fig. 4 b, in the present embodiment, second send glue portion 139 to comprise second to send glue base plate 1391, second to send rubber tire 1392, second to send glue regulating shaft 1393, second moulding shell fragment 1394 and second to send blob of viscose 1395.Second send the end of glue connecting plate 1374 to be connected to second send on glue base plate 1391.Second send glue base plate 1391 to be provided with chute, and supporting bracket 110 is provided with slide rail (length direction of slide rail is parallel to horizontal plane), second is sent to be coordinated by chute and slide rail between glue base plate 1391 with supporting bracket 110 and makes second to send glue base plate 1391 to be connected slidably over the carrier plate 110.Second send that rubber tire 1392 is adjustable to be connected to second and to send on glue base plate 1391, second send glue regulating shaft 1393 to be arranged at side that second send rubber tire 1392, and second send that the end of glue regulating shaft 1393 is adjustable to be connected to second and to send on glue base plate 1391.One end of second moulding shell fragment 1394 is connected to the downside that second send the axostylus axostyle of glue regulating shaft 1393, and the other end of the second moulding shell fragment 1394 send the direction of rubber tire 1392 to extend towards away from second.Second send that one end of blob of viscose 1395 is removable is connected to the upside that second send the axostylus axostyle of glue regulating shaft 1393, second send the other end of blob of viscose 1395 to send the direction of rubber tire 1392 to extend towards away from second, and the second moulding shell fragment 1394 send the end of rubber tire 1392 to be pressed in second away from second to send on blob of viscose 1395.Second send blob of viscose 1395 to be provided with the second stopper slot 1396, and the width of the second stopper slot 1396 equals the width of adhesive tape.Send in the second stopper slot 1396 of blob of viscose 1395 when adhesive tape is sent to second, and be pressed in when the second moulding shell fragment 1394 and second send between blob of viscose 1395 and (it is worth mentioning that, the end of adhesive tape exceeds second and send blob of viscose 1395 end general about 10mm, concrete exceeds length free setting according to actual needs), adhesive tape is limited in the second stopper slot 1396, and makes adhesive tape that left and right skew can not occur.In the present embodiment, for the adhesive tape of different in width, the width of the second stopper slot 1396 identical with tape width second can be selected to send blob of viscose 1395 to be arranged on second send on glue regulating shaft 1393 or sent the width of the second stopper slot 1396 of blob of viscose 1395 by adjustment second, the width making the width of the second stopper slot 1396 equal adhesive tape realizes the position-limiting action of the second stopper slot 1396 pairs of adhesive tapes.
Enter first of gluing mechanism group 120 to enter adhesive tape on gluing mechanism 122 and cross rubber tire 1223 through multiple first and be sent to first and send first of gluing mechanism 132 to send glue portion 135, adhesive tape is walked around first and is sent rubber tire 1352 and be crushed on the first moulding shell fragment 1354 and first and send between blob of viscose 1355, now first send first of glue drive division 133 to send glue driver 1331 to order about first to send glue portion 135 to move towards near the direction of pole piece, till making the first moulding shell fragment 1354 and first send the adhesive tape between blob of viscose 1355 to be in the top of the first side surface of pole piece; Enter second of gluing mechanism group 120 to enter adhesive tape on gluing mechanism 124 and cross rubber tire 1243 through multiple second and be sent to second and send second of gluing mechanism 136 to send glue portion 139 simultaneously, adhesive tape is walked around second and is sent rubber tire 1392 and be crushed on the second moulding shell fragment 1394 and second and send between blob of viscose 1395, now second send second of glue drive division 137 to send glue driver 1371 to order about second to send glue portion 139 to move towards near the direction of pole piece, till making the second moulding shell fragment 1394 and second send the adhesive tape between blob of viscose 1395 to be in the below of the second side surface of pole piece.It is worth mentioning that, send first of gluing mechanism group 130 to send gluing mechanism 132 and second to send gluing mechanism 136 both can transmit adhesive tape simultaneously and also can transmit adhesive tape separately, that is first send gluing mechanism 132 and second to send gluing mechanism 136 to be two independently structures.
Adhesive tape rubberizing mechanism group 140 is arranged on into gluing mechanism group 120 and send between gluing mechanism group 130, and is arranged on the first installed surface 111 of supporting bracket 110.Adhesive tape rubberizing mechanism group 140 comprises the first adhesive tape rubberizing mechanism 142 and the second adhesive tape rubberizing mechanism 143, and the first adhesive tape rubberizing mechanism 142 is arranged on the upper end of the charging hole 101 of supporting bracket 110, and the second adhesive tape rubberizing mechanism 143 is arranged on the lower end of the charging hole 101 of supporting bracket 110.
First adhesive tape rubberizing mechanism 142 comprises the first rubberizing fixed head 1421, first rubberizing driver 1422, first rubberizing block 1423 and the first rubberizing mounting blocks 1424.First rubberizing fixed head 1421 is provided with chute, supporting bracket 110 is provided with slide rail (length direction of slide rail is parallel to horizontal plane), and the first rubberizing fixed head 1421 makes the first rubberizing fixed head 1421 be connected slidably over the carrier plate 110 with being coordinated by chute and slide rail between supporting bracket 110.The first securing member 142a is also provided with, for being fixed over the carrier plate 110 by the first rubberizing fixed head 1421 behind the length direction adjustment shift position of slide rail when the first rubberizing fixed head 1421 between first rubberizing fixed head 1421 and supporting bracket 110; Next time, when moving the first rubberizing fixed head 1421, takes off or adjusts loose first securing member 142a that the first rubberizing fixed head 1421 can be moved.First rubberizing driver 1422 is arranged on the first rubberizing fixed head 1421, and the first rubberizing block 1423 is connected with the first rubberizing driver 1422.First rubberizing mounting blocks 1424 is positioned at the below of the first rubberizing driver 1422 and is connected on the first rubberizing fixed head 1421, first rubberizing mounting blocks 1424 is provided with the movable span (figure does not mark) running through the first rubberizing mounting blocks 1424 up and down, and the first rubberizing block 1423 is arranged through movable span.First rubberizing block 1423 is provided with the first rubberizing face 140a (the first rubberizing face 140a is parallel to horizontal plane) near one end of the second adhesive tape rubberizing mechanism 143.First rubberizing driver 1422 can order about the first rubberizing block 1423 towards near or away from the direction reciprocating motion of the second adhesive tape rubberizing mechanism 143.
Second adhesive tape rubberizing mechanism 143 comprises the second rubberizing fixed head 1431, second rubberizing driver 1432, second rubberizing block 1433 and the second rubberizing mounting blocks 1434.Second rubberizing fixed head 1431 is provided with chute, supporting bracket 110 is provided with slide rail (length direction of slide rail is parallel to horizontal plane), and the second rubberizing fixed head 1431 makes the second rubberizing fixed head 1431 be connected slidably over the carrier plate 110 with being coordinated by chute and slide rail between supporting bracket 110.The second securing member 143a is also provided with, for being fixed over the carrier plate 110 by the second rubberizing fixed head 1431 behind the length direction adjustment shift position of slide rail when the second rubberizing fixed head 1431 between second rubberizing fixed head 1431 and supporting bracket 110; Next time, when moving the second rubberizing fixed head 1431, takes off or adjusts loose second securing member 143a that the second rubberizing fixed head 1431 can be moved.Second rubberizing driver 1432 is arranged on the second rubberizing fixed head 1431, and the second rubberizing block 1433 is connected with the second rubberizing driver 1432.Second rubberizing mounting blocks 1434 is positioned at the top of the second rubberizing driver 1432 and is connected on the second rubberizing fixed head 1431, second rubberizing mounting blocks 1434 is provided with the movable span (figure does not mark) running through the second rubberizing mounting blocks 1434 up and down, and the second rubberizing block 1433 is arranged through movable span.Second rubberizing block 1433 is provided with near one end of the first adhesive tape rubberizing mechanism 142 and parallel the second relative rubberizing face 140b of the first rubberizing face 140a.Second rubberizing driver 1432 can order about the second rubberizing block 1433 towards near or away from the direction reciprocating motion of the first adhesive tape rubberizing mechanism 142.In the present embodiment, the first rubberizing driver 1422 and the second rubberizing driver 1432 adopt air cylinder driven, but not as limit.
In the present embodiment, the first rubberizing mounting blocks 1424 is provided with the first mounting panel 1425 near the side entering gluing mechanism group 120, and the first mounting panel 1425 is connected with the first pole piece detector 1427 and the second pole piece detector 1428.First pole piece detector 1427 and the spaced setting of the second pole piece detector 1428, and be positioned at the top of pole piece saddle 114.First pole piece detector 1427 and the second pole piece detector 1428 for detecting the lug of pole piece, and control the transfer rate of pole piece; Slow down the transfer rate of pole piece when the lug on pole piece being detected when the first pole piece detector 1427, stop transmitting pole piece (now the rubberizing district of pole piece is just between the first rubberizing face 140a of the first rubberizing block 1423 and the second rubberizing face 140b of the second rubberizing block 1433) when the lug on pole piece being detected when the second pole piece detector 1428.First rubberizing mounting blocks 1424 is provided with the second mounting panel 1426 away from the side of supporting bracket 110, and the second mounting panel 1426 is connected with the first rubberizing detector 1429.Second rubberizing mounting blocks 1434 is provided with the 3rd mounting panel 1435 away from the side of supporting bracket 110, and the 3rd mounting panel 1435 is connected with the second rubberizing detector 1436.First rubberizing detector 1429 is relative with the second rubberizing detector 1436 and stagger and arrange.Whether the first rubberizing detector 1429 and the second rubberizing detector 1436 stick adhesive tape for the rubberizing district detecting pole piece, and control first according to detection case and enter gluing mechanism 122, first and send the action of gluing mechanism 132 and the first adhesive tape rubberizing mechanism 142 or control second to enter the action that gluing mechanism 124, second send gluing mechanism 136 and the second adhesive tape rubberizing mechanism 143.
Particularly, whether the first rubberizing detector 1429 posts adhesive tape for the rubberizing district of the first side surface detecting pole piece.When pole piece is sent to the below of the first rubberizing detector 1429 along pole piece direction of transfer, when first rubberizing detector 1429 detects that the rubberizing district of pole piece does not have a rubberizing, opposite direction along pole piece direction of transfer retransfers between the first rubberizing block 1423 and the second rubberizing block 1433 by pole piece, and (orthographic projection that the first rubberizing block 1423 and the second rubberizing block 1433 are positioned on pole piece just partly covers on pole piece, namely pole piece part is between the first rubberizing block 1423 and the second rubberizing block 1433, part is in outside the first rubberizing block 1423 and the second rubberizing block 1433) carry out second time rubberizing, now first send first of glue drive division 133 to send glue driver 1331 to order about first to send glue portion 135 towards move near the direction of pole piece (namely first sending glue portion 135 to move towards near the direction of adhesive tape rubberizing mechanism group 140), until the top (now second sending gluing mechanism 136 action not to occur) making the first moulding shell fragment 1354 and first send the adhesive tape between blob of viscose 1355 to be in the first side surface of pole piece, then the first rubberizing driver 1422 drives the first rubberizing block 1423 and the second rubberizing driver 1432 to drive the second rubberizing block 1433, pole piece and adhesive tape are pressed together between the first rubberizing face 140a of the first rubberizing block 1423 and the second rubberizing face 140b of the second rubberizing block 1433, and make the rubberizing district of the first side surface of pole piece stick adhesive tape, pole piece transmits towards pole piece receiving section again afterwards, and through the first rubberizing detector 1429, when now the first rubberizing detector 1429 detects that pole piece does not also have a rubberizing, and the first rubberizing detector 1429 initiation alarm (not shown).
Whether the second rubberizing detector 1436 posts adhesive tape for the rubberizing district of the second side surface detecting pole piece, when pole piece is sent to the top of the second rubberizing detector 1436 along pole piece direction of transfer, when second rubberizing detector 1436 detects that the rubberizing district of pole piece does not have a rubberizing, opposite direction along pole piece direction of transfer retransfers between the first rubberizing block 1423 and the second rubberizing block 1433 and carries out second time rubberizing by pole piece, now second send second of glue drive division 137 to send glue driver 1371 to order about second to send glue portion 139 towards move near the direction of pole piece (namely second sending glue portion 139 to move towards near the direction of adhesive tape rubberizing mechanism group 140), until the below (now first sending gluing mechanism 132 action not to occur) making the second moulding shell fragment 1394 and second send the adhesive tape between blob of viscose 1395 to be in the second side surface of pole piece, then the first rubberizing driver 1422 drives the first rubberizing block 1423 and the second rubberizing driver 1432 to drive the second rubberizing block 1433, pole piece and adhesive tape are pressed together between the first rubberizing face 140a of the first rubberizing block 1423 and the second rubberizing face 140b of the second rubberizing block 1433, and make the rubberizing district of the second side surface of pole piece stick adhesive tape, pole piece transmits towards pole piece receiving section again afterwards, and through the second rubberizing detector 1436, when now the second rubberizing detector 1436 detects that pole piece does not also have a rubberizing, and the second rubberizing detector 1436 initiation alarm.It is worth mentioning that to only have when the first rubberizing detector 1429 and the second rubberizing detector 1436 detect that the first side surface of pole piece and the second side surface all post adhesive tape simultaneously, pole piece is then normal to be transmitted towards pole piece receiving section.
Cutting mechanism group 150 is arranged on adhesive tape rubberizing mechanism group 140 and send between gluing mechanism group 130, and is arranged on the second installed surface 112 of supporting bracket 110.Cutting mechanism group 150 comprises the first cutting mechanism 151, second cutting mechanism 154 and determines cutout 157.First cutting mechanism 151 and the second cutting mechanism about 154 are oppositely arranged, and determine cutout 157 and be arranged between the first cutting mechanism 151 and the second cutting mechanism 154.
First cutting mechanism 151 comprises the first shearing driver 152 and first and shears sheet 153.One end of first shearing driver 152 is over the carrier plate 110 hinged, and first other end shearing driver 152 is connected to the end of the first shearing sheet 153.First shears sheet 153 is arranged in charging hole 101, and is positioned at the side of pole piece saddle 114, and the first middle part of shearing sheet 153 is hinged on the inwall of charging hole 101 of supporting bracket 110.First shears driver 152 can order about the first shearing sheet 153 around the reciprocal motion of pin joint; Particularly, when the first shearing driver 152 pulls the first shearing sheet 153, the first shearing sheet 153 is move towards near the direction of determining cutout 157 away from the end that first shears driver 152; When the first shearing driver 152 promotes the first shearing sheet 153, the first shearing sheet 153 is move towards away from the direction of determining cutout 157 away from the end that first shears driver 152.
Second cutting mechanism 154 comprises the second shearing driver 155 and second and shears sheet 156.One end of second shearing driver 155 is over the carrier plate 110 hinged, and second other end shearing driver 155 is connected to the end of the second shearing sheet 156.Second shears sheet 156 is arranged in charging hole 101, and is positioned at the side of pole piece saddle 114, and the second middle part of shearing sheet 156 is hinged on the inwall of charging hole 101 of supporting bracket 110.Second shears driver 155 can order about the second shearing sheet 156 around pin joint towards shearing sheet 153 near first or shearing the reciprocal motion in the direction of sheet 153 away from first; Particularly, when the second shearing driver 155 pulls the second shearing sheet 156, the second shearing sheet 156 is move towards near the direction of determining cutout 157 away from the end that second shears driver 155; When the second shearing driver 155 promotes the second shearing sheet 156, the second shearing sheet 156 is move towards away from the direction of determining cutout 157 away from the end that second shears driver 155.It is worth mentioning that, first cutting mechanism 151 of cutting mechanism group 150 and the second cutting mechanism 154 both concurrently-acting carry out shearing adhesive tape and also can carry out shearing adhesive tape by single movement, and that is the first cutting mechanism 151 and the second cutting mechanism 154 are two independently structures.In the present embodiment, the first shearing driver 152 and the second shearing driver 155 adopt air cylinder driven, but not as limit.
Fig. 5 is the partial enlargement structural representation of Double side applying adhesive apparatus V portion (ginseng Fig. 2) of the present utility model.As shown in Figure 5, in the present embodiment, determine cutout 157 and be arranged at the first shearing sheet 153 and second and shear between sheet 156, and be positioned at the side of pole piece saddle 114, and determine cutout 157 and be vertically connected in supporting bracket 110.Determine cutout 157 to be provided with first away from the end of supporting bracket 110 and to draw glue inclined-plane 158 and second and draw glue inclined-plane 159, and first draws glue inclined-plane 158 towards sending the direction of blob of viscose 1355 downward-sloping near first, second draws glue inclined-plane 159 send the direction of blob of viscose 1395 to be inclined upwardly towards near second.The inside of determining cutout 157 is provided with admission line (figure does not mark), and first draws glue inclined-plane 158 and second and draw glue inclined-plane 159 and be provided with multiple fumarole 106, and each fumarole 106 is communicated with admission line.When pole piece and adhesive tape are crushed on after between the first rubberizing face 140a of the first rubberizing block 1423 and the second rubberizing face 140b of the second rubberizing block 1433, first shears driver 152 orders about the first shearing sheet 153 towards the close direction motion determining cutout 157, and with determine cutout 157 and coordinate and cut off first and send adhesive tape between gluing mechanism 132 and adhesive tape rubberizing mechanism group 140, second shearing driver 155 orders about the second shearing sheet 156 towards the close direction motion determining cutout 157 simultaneously, and with determine cutout 157 and coordinate and cut off second and send adhesive tape between gluing mechanism 136 and adhesive tape rubberizing mechanism group 140.Adhesive tape meeting bonding partially after cutting off draws glue inclined-plane 158 and second determine cutout 157 first and draws glue inclined-plane 159, now determine the admission line ventilation of cutout 157, make gas draw glue inclined-plane 158 and second from first to draw the fumarole 106 on glue inclined-plane 159 and spray, and make to be bonded at first and draw glue inclined-plane 158 and the second adhesive tape drawn on glue inclined-plane 159 and blow off and determine cutout 157.In the present embodiment, determine cutout 157 and offer pole piece conveying trough 1571 near the middle part of the side of pole piece saddle 114, and the length direction of pole piece conveying trough 1571 is parallel to the direction of transfer of pole piece, a side of lug is positioned at pole piece conveying trough 1571 place.
Fig. 6 a is the structural representation sending gluing mechanism group to send glue of the present utility model.Fig. 6 b be of the present utility model send gluing mechanism group to send glue after the structural representation return.Please refer to Fig. 1 to Fig. 6 b, Double side applying adhesive apparatus 100 of the present utility model is in the first side surface of pole piece and the second side surface rubberizing, and concrete Double-face adhesive gluing method step is as follows:
Step one, the width of the pole piece 10a of rubberizing as required, the distance between adjustment adhesive tape rubberizing mechanism group 140 and cutting mechanism group 150;
Step 2, first moulding driver 1226 drives the first moulding 1227, adhesive tape 10b be pressed in the first moulding 1227 and cross between rubber tire 1223 in first of the first moulding 1227 upper end, first storage glue driver 1224 drives the first storage glue slide block 1225, on first storage glue slide block 1225 the first adhesive tape 10b that rubber tire 1223 enters first on lacquer disk(-sc) 1222 is excessively elongated, then the first storage glue driver 1224 orders about the first storage glue slide block 1225 motion return, and the first moulding driver 1226 orders about the first moulding 1227 motion return, now adhesive tape 10b is in and draws loose state, simultaneously the second moulding driver 1246 drives the second moulding 1247, adhesive tape 10b be pressed in the second moulding 1247 and cross between rubber tire 1243 in second of the second moulding 1247 lower end, second storage glue driver 1244 drives the second storage glue slide block 1245, on second storage glue slide block 1245 the second adhesive tape 10b that rubber tire 1243 enters second on lacquer disk(-sc) 1242 is excessively elongated, then the second storage glue driver 1244 orders about the second storage glue slide block 1245 motion return, and the second moulding driver 1246 orders about the second moulding 1247 motion return, now adhesive tape 10b is in and draws loose state,
Step 3, first send first of glue drive division 133 to send glue driver 1331 to order about first send glue portion 135 to move towards near the direction of adhesive tape rubberizing mechanism group 140, the top (the first adhesive tape 10b entered on gluing mechanism 122 is tightened up gradually) making the first moulding shell fragment 1354 and first send the adhesive tape 10b between blob of viscose 1355 to be in first side surface of pole piece 10a; Simultaneously second send second of glue drive division 137 to send glue driver 1371 to order about second to send glue portion 139 to move towards near the direction of adhesive tape rubberizing mechanism group 140, the below (the second adhesive tape 10b entered on gluing mechanism 124 is tightened up gradually) making the second moulding shell fragment 1394 and second send the adhesive tape 10b between blob of viscose 1395 to be in second side surface of pole piece 10a, as shown in Figure 6 a;
Step 4, first rubberizing driver 1422 drives the first rubberizing block 1423 and the second rubberizing driver 1432 to drive the second rubberizing block 1433, adhesive tape 10b on pole piece 10a first side surface and the second side surface is pressed together between the first rubberizing face 140a of the first rubberizing block 1423 and the second rubberizing face 140b of the second rubberizing block 1433, and (between the first rubberizing block 1423 and the second rubberizing block 1433, adhesive tape 10b is overlayed on pole piece 10a, at the first rubberizing block 1423 and determine between cutout 157 and the second rubberizing block 1433 and the adhesive tape 10b determined between cutout 157 are not overlayed on pole piece 10a),
Step 5, first send first of glue drive division 133 to send glue driver 1331 to order about first send glue portion 135 towards the direction motion return away from adhesive tape rubberizing mechanism group 140; Simultaneously second send second of glue drive division 137 to send glue driver 1371 to order about second to send glue portion 139 towards the direction motion return away from adhesive tape rubberizing mechanism group 140, as shown in Figure 6 b;
Step 6, first shears driver 152 orders about the first shearing sheet 153 and moves towards near the direction of determine cutout 157, and with determine cutout 157 and coordinate and cut off first and send the 10b of the adhesive tape between gluing mechanism 132 and adhesive tape rubberizing mechanism group 140; Simultaneously second shear driver 155 and order about the second shearing sheet 156 and move towards near the direction of determine cutout 157, and with determine cutout 157 and coordinate and cut off second and send the adhesive tape 10b between gluing mechanism 136 and adhesive tape rubberizing mechanism group 140 (the adhesive tape 10b be not attached on pole piece 10a can be pasted onto the first side surface and second side surface of pole piece 10a automatically);
Step 7, the first rubberizing driver 1422 orders about the first rubberizing block 1423 motion return; Second rubberizing driver 1432 orders about the second rubberizing block 1433 motion return simultaneously;
Step 8, pole piece 10a transmits from pole piece blowing district towards the direction of pole piece receiving section again, and (the first rubberizing detector 1429 and the second rubberizing detector 1436 detect the rubberizing district whether rubberizing of first side surface of pole piece 10a and the second side surface to carry out rubberizing detection through the first rubberizing detector 1429 and the second rubberizing detector 1436, if do not have rubberizing, pole piece 10a is retracted between the first rubberizing block 1423 and the second rubberizing block 1433 and carries out second time rubberizing, if adhesive tape 10b is all posted in the rubberizing district of first side surface of pole piece 10a and the second side surface, pole piece 10a is then normal to be transmitted towards pole piece receiving section).
Double side applying adhesive apparatus 100 of the present utility model enter the side that gluing mechanism group 120 is arranged on supporting bracket 110, send gluing mechanism group 130 be arranged on supporting bracket 110 away from the opposite side entering gluing mechanism group 120, adhesive tape rubberizing mechanism group 140 and cutting mechanism group 150 are installed over the carrier plate 110, and be arranged at into gluing mechanism group 120 and send between gluing mechanism group 130, and cutting mechanism group 150 is in adhesive tape rubberizing mechanism group 140 and send between gluing mechanism group 130.Enter first of gluing mechanism group 120 to enter gluing mechanism 122 and second and enter gluing mechanism 124 and adhesive tape is sent to send first of gluing mechanism group 130 to send gluing mechanism 132 and second to send gluing mechanism 136, first send first of gluing mechanism 132 to send glue drive division 133 to order about first send glue portion 135 to move towards near the direction of adhesive tape rubberizing mechanism group 140, and make adhesive tape 10b be in above first side surface of pole piece 10a, second send glue drive division 137 to order about second send glue portion 139 to move towards near the direction of adhesive tape rubberizing mechanism group 140, and makes adhesive tape 10b be in below second side surface of pole piece 10a; First rubberizing driver 1422 drives the first rubberizing block 1423 and the second rubberizing driver 1432 to drive the second rubberizing block 1433, and on the first side surface making adhesive tape 10b be attached to pole piece 10a and the second side surface, the first cutting mechanism 151 and the second cutting mechanism 154 coordinate to be determined cutout 157 and cuts off the adhesive tape sent between gluing mechanism group 130 and adhesive tape rubberizing mechanism group 140 respectively.First of Double side applying adhesive apparatus 100 of the present utility model send gluing mechanism 132 and second to send gluing mechanism 136 to be adopt stepping motor to drive, and utilize screw mandrel 1332, 1372 with roller bearing screw mandrel bearing 1333, transmission is carried out in 1373 cooperations, utilize simultaneously and send glue base plate 1351, the direction of glue is sent in slide rail correcting between 1391 and supporting bracket 110, on the first side surface adhesive tape 10b being sent to pole piece 10a and the second side surface, adhesive tape 10b is pressed in recycling cutting mechanism group 150 after on pole piece 10a and cuts off adhesive tape by adhesive tape rubberizing mechanism group 140, therefore Double side applying adhesive apparatus 100 can not only improve the transmission precision of adhesive tape, and the pole piece rubberizing that energy useable width is narrower.And adhesive tape 10b is be limited to send in the stopper slot 1396,1396 of blob of viscose 1355,1395 when transmitting, ensure that adhesive tape 10b offset movement can not occur, guarantee that adhesive tape 10b is attached to the position of first side surface of pole piece 10a and the second side surface accurate, thus reduce rubberizing error range, reach manufacturing technique requirent.In addition, the entering gluing mechanism group 120, send gluing mechanism group 130 of Double side applying adhesive apparatus 100, adhesive tape rubberizing mechanism group 140 and cutting mechanism group 150 are independently structure, and concurrently-acting also can single movement, thus adds the operability of equipment.
Below preferred implementation of the present utility model is described by reference to the accompanying drawings in detail; but the utility model is not limited to the detail in above-mentioned execution mode; within the scope of technical conceive of the present utility model; can carry out multiple simple variant to the technical solution of the utility model, these simple variant all belong to protection range of the present utility model.Each concrete technical characteristic described in above-mentioned embodiment, in reconcilable situation, can be combined by any suitable mode.In order to avoid unnecessary repetition, the utility model illustrates no longer separately to various possible compound mode.

Claims (9)

1. a Double side applying adhesive apparatus, for adhesive tape (10b) being fitted in the first side surface and second side surface of pole piece (10a), it is characterized in that, this Double side applying adhesive apparatus (100) comprises supporting bracket (110) and is arranged on this supporting bracket (110) send gluing mechanism group (130), adhesive tape rubberizing mechanism group (140) and cutting mechanism group (150), this cutting mechanism group (150) is arranged at this adhesive tape rubberizing mechanism group (140) and this send between gluing mechanism group (130), what this sent gluing mechanism group (130) to comprise to be oppositely arranged first send gluing mechanism (132) and second to send gluing mechanism (136), this first send gluing mechanism (132) to comprise first to send glue drive division (133) and first to send glue portion (135), this first send glue portion (135) to have first to send blob of viscose (1355) and be pressed in this and first send the first moulding shell fragment (1354) on blob of viscose (1355), this first send blob of viscose (1355) to be provided with the first stopper slot (1356), this second send gluing mechanism (136) to comprise second to send glue drive division (137) and second to send glue portion (139), this second send glue portion (139) to have second to send blob of viscose (1395) and be pressed in this and second send the second moulding shell fragment (1394) on blob of viscose (1395), this second send blob of viscose (1395) to be provided with the second stopper slot (1396), adhesive tape (10b) is in transport process, adhesive tape (10b) is pressed in this and first send in first stopper slot (1356) of blob of viscose (1355) by this first moulding shell fragment (1354), this first send glue drive division (133) order about this first send glue portion (135) drive adhesive tape (10b) move towards near the direction of this adhesive tape rubberizing mechanism group (140), adhesive tape (10b) is made to be sent to above the first side surface of pole piece (10a), adhesive tape (10b) is pressed in this and second send in second stopper slot (1396) of blob of viscose (1395) by this second moulding shell fragment (1394), this second send glue drive division (137) order about this second send glue portion (139) drive adhesive tape (10b) move towards near the direction of this adhesive tape rubberizing mechanism group (140), adhesive tape (10b) is made to be sent to below the second side surface of pole piece (10a), this adhesive tape rubberizing mechanism group (140) comprises the first adhesive tape rubberizing mechanism (142) and the second adhesive tape rubberizing mechanism (143) that are oppositely arranged, this first adhesive tape rubberizing mechanism (142) comprises the first rubberizing driver (1422) and the first rubberizing block (1423), this second adhesive tape rubberizing mechanism (143) comprises the second rubberizing driver (1432) and the second rubberizing block (1433), adhesive tape (10b) is in laminating process, this the first rubberizing driver (1422) drives this first rubberizing block (1423) and this second rubberizing driver (1432) to drive this second rubberizing block (1433), adhesive tape (10b) and pole piece (10a) is made to be pressed together between this first rubberizing block (1423) and this second rubberizing block (1433), this cutting mechanism group (150) for cutting off adhesive tape (10b) after rubberizing completes.
2. Double side applying adhesive apparatus as claimed in claim 1, it is characterized in that, this first send glue drive division (133) to comprise first to send glue driver (1331), first screw mandrel (1332), first ball screw bearing (1333) and first send glue connecting plate (1334), this first send glue driver (1331) to be connected in this supporting bracket (110), this first screw mandrel (1332) first send glue driver (1331) to be connected with this, this the first ball screw bearing (1333) threaded engagement is connected on this first screw mandrel (1332), this first send glue connecting plate (1334) one end to be connected on this first ball screw bearing (1333), this first send glue connecting plate (1334) other end first to send glue portion (135) to be connected with this, this second send glue drive division (137) to be arranged at this first below sending glue drive division (133), this second send glue drive division (137) to comprise second to send glue driver (1371), second screw mandrel (1372), second ball screw bearing (1373) and second send glue connecting plate (1374), this second send glue driver (1371) to be connected in this supporting bracket (110), this second screw mandrel (1372) second send glue driver (1371) to be connected with this, this the second ball screw bearing (1373) threaded engagement is connected on this second screw mandrel (1372), this second send glue connecting plate (1374) one end to be connected on this second ball screw bearing (1373), this second send glue connecting plate (1374) other end second to send glue portion (139) to be connected with this.
3. Double side applying adhesive apparatus as claimed in claim 2, it is characterized in that, this first send gluing mechanism (132) also to comprise the first detection induction part (134), this first detection induction part (134) comprises the first mount pad (1341), first starting point inductor (1343), First terminal point inductor (1344) and the first sensing chip (1345), this first mount pad (1341) is arranged in this supporting bracket (110), this the first starting point inductor (1343) and this First terminal point inductor (1344) spaced setting are also connected on this first mount pad (1341), this first sensing chip (1345) is connected to this and first send on glue connecting plate (1334), this second send gluing mechanism (136) also to comprise the second detection induction part (138), this second detection induction part (138) comprises the second mount pad (1381), second starting point inductor (1383), second terminal inductor (1384) and the second sensing chip (1385), this second mount pad (1381) is arranged in this supporting bracket (110), this the second starting point inductor (1383) and this second terminal inductor (1384) spaced setting are also connected on this second mount pad (1381), this second sensing chip (1385) is connected to this and second send on glue connecting plate (1374).
4. Double side applying adhesive apparatus as claimed in claim 2, it is characterized in that, this first send glue portion (135) also to comprise first to send glue base plate (1351), first send rubber tire (1352) and first to send glue regulating shaft (1353), this first send glue connecting plate (1334) to be connected to this first to send on glue base plate (1351), this first is sent to be coordinated by chute and slide rail between glue base plate (1351) with this supporting bracket (110) and makes this first send glue base plate (1351) to be connected in this supporting bracket (110) slidably, this first send rubber tire (1352) to be connected to this first to send on glue base plate (1351), this first send glue regulating shaft (1353) to be arranged at this first to send the side of rubber tire (1352) and be connected to this and first send on glue base plate (1351), this the first moulding shell fragment (1354) and this first send one end of blob of viscose (1355) to be connected to this first to send on glue regulating shaft (1353), this the first moulding shell fragment (1354) and this first send the other end of blob of viscose (1355) first to send the direction of rubber tire (1352) to extend towards away from this, and this first moulding shell fragment (1354) first send the end of rubber tire (1352) to be pressed in this first to send on blob of viscose (1355) away from this, this second send glue portion (139) also to comprise second to send glue base plate (1391), second send rubber tire (1392) and second to send glue regulating shaft (1393), this second send glue connecting plate (1374) to be connected to this second to send on glue base plate (1391), this second is sent to be coordinated by chute and slide rail between glue base plate (1391) with this supporting bracket (110) and makes this second send glue base plate (1391) to be connected in this supporting bracket (110) slidably, this second send rubber tire (1392) to be connected to this second to send on glue base plate (1391), this second send glue regulating shaft (1393) to be arranged at this second to send the side of rubber tire (1392) and be connected to this and second send on glue base plate (1391), this the second moulding shell fragment (1394) and this second send one end of blob of viscose (1395) to be connected to this second to send on glue regulating shaft (1393), this the second moulding shell fragment (1394) and this second send the other end of blob of viscose (1395) second to send the direction of rubber tire (1392) to extend towards away from this, and this second moulding shell fragment (1394) second send the end of rubber tire (1392) to be pressed in this second to send on blob of viscose (1395) away from this.
5. Double side applying adhesive apparatus as claimed in claim 1, it is characterized in that, the width of this first stopper slot (1356) and this second stopper slot (1396) equals the width of adhesive tape (10b).
6. Double side applying adhesive apparatus as claimed in claim 1, it is characterized in that, this first adhesive tape rubberizing mechanism (142) also comprises the first rubberizing fixed head (1421), this the first rubberizing driver (1422) is arranged on this first rubberizing fixed head (1421), being coordinated by chute and slide rail between this first rubberizing fixed head (1421) with this supporting bracket (110) makes this first rubberizing fixed head (1421) be connected in this supporting bracket (110) slidably, this the first rubberizing block (1423) is connected with this first rubberizing driver (1422), this second adhesive tape rubberizing mechanism (143) also comprises the second rubberizing fixed head (1431), this the second rubberizing driver (1432) is arranged on this second rubberizing fixed head (1431), being coordinated by chute and slide rail between this second rubberizing fixed head (1431) with this supporting bracket (110) makes this second rubberizing fixed head (1431) be connected in this supporting bracket (110) slidably, this the second rubberizing block (1433) is connected with this second rubberizing driver (1432).
7. Double side applying adhesive apparatus as claimed in claim 1, it is characterized in that, this cutting mechanism group (150) comprises the first cutting mechanism (151) be oppositely arranged, second cutting mechanism (154) and determine cutout (157), this first cutting mechanism (151) comprises the first shearing driver (152) and first and shears sheet (153), this first shearing driver (152) is arranged in this supporting bracket (110), this first one end of shearing sheet (153) is connected to this first shearing driver (152), this first middle part of shearing sheet (153) is hinged in this supporting bracket (110), this second cutting mechanism (154) comprises the second shearing driver (155) and second and shears sheet (156), this second shearing driver (155) is arranged in this supporting bracket (110), this second one end of shearing sheet (156) is connected to this second shearing driver (155), this second middle part of shearing sheet (156) is hinged in this supporting bracket (110), this supporting bracket (110) is provided with charging hole (101) between this first cutting mechanism (151) and this second cutting mechanism (154), this is determined cutout (157) and is arranged between this first shearing sheet (153) and this second shearing sheet (156).
8. Double side applying adhesive apparatus as claimed in claim 7, it is characterized in that, this is determined cutout (157) and is provided with first away from the end of this supporting bracket (110) and draws glue inclined-plane (158) and second and draw glue inclined-plane (159), this first draws glue inclined-plane (158) and first send the direction of blob of viscose (1355) to tilt towards near this, this second draws glue inclined-plane (159) and second send the direction of blob of viscose (1395) to tilt towards near this, this inside of determining cutout (157) is provided with admission line, this first draws glue inclined-plane (158) and this second draws glue inclined-plane (159) and be provided with multiple fumarole (106), respectively this fumarole (106) is communicated with this admission line.
9. Double side applying adhesive apparatus as claimed in claim 1, it is characterized in that, this Double side applying adhesive apparatus (100) also comprises into gluing mechanism group (120), this enters gluing mechanism group (120) and comprises first and enter gluing mechanism (122) and second and enter gluing mechanism (124), this first enters gluing mechanism (122) and is arranged in this supporting bracket (110), this first enters gluing mechanism (122) and first enters first of gluing mechanism (122) for adhesive tape (10b) being sent to this and send between blob of viscose (1355) and the first moulding shell fragment (1354), this second enters gluing mechanism (124) and second enters second of gluing mechanism (124) for adhesive tape (10b) being sent to this and send between blob of viscose (1395) and the second moulding shell fragment (1394).
CN201520406798.XU 2015-06-12 2015-06-12 Double side applying adhesive apparatus Withdrawn - After Issue CN204668414U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520406798.XU CN204668414U (en) 2015-06-12 2015-06-12 Double side applying adhesive apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520406798.XU CN204668414U (en) 2015-06-12 2015-06-12 Double side applying adhesive apparatus

Publications (1)

Publication Number Publication Date
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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520406798.XU Withdrawn - After Issue CN204668414U (en) 2015-06-12 2015-06-12 Double side applying adhesive apparatus

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Country Link
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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104916873A (en) * 2015-06-12 2015-09-16 深圳市兴诚捷电子科技有限公司 Double-side adhesive tape adhering apparatus and double-side adhesive tape adhering method
CN106410230A (en) * 2016-10-13 2017-02-15 惠州市恒泰科技股份有限公司 Adhesive tape winding machine for battery head
CN108190603A (en) * 2018-02-06 2018-06-22 深圳市诚捷智能装备股份有限公司 One kind is taped mechanism and its method
CN112879400A (en) * 2019-11-29 2021-06-01 博西华家用电器有限公司 Baffle plate sticking device and method

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104916873A (en) * 2015-06-12 2015-09-16 深圳市兴诚捷电子科技有限公司 Double-side adhesive tape adhering apparatus and double-side adhesive tape adhering method
CN104916873B (en) * 2015-06-12 2017-03-29 深圳市兴诚捷电子科技有限公司 Double side applying adhesive apparatus and double sided stick adhesive method
CN106410230A (en) * 2016-10-13 2017-02-15 惠州市恒泰科技股份有限公司 Adhesive tape winding machine for battery head
CN108190603A (en) * 2018-02-06 2018-06-22 深圳市诚捷智能装备股份有限公司 One kind is taped mechanism and its method
CN112879400A (en) * 2019-11-29 2021-06-01 博西华家用电器有限公司 Baffle plate sticking device and method

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