Summary of the invention
In order to solve the problems of the prior art, the utility model provides a kind of tape sticking device of battery machine and has had the battery machine of this tape sticking device.
The utility model provides a kind of tape sticking device of battery machine, comprise support, described support is provided with the rubberizing connecting gear that transmits adhesive tape, compress first compressing glue mechanism of adhesive tape to cut off, compress second compressing glue mechanism of adhesive tape to cut off, the shoutoff mechanism of the adsorbing mechanism of absorption adhesive tape and cut-out adhesive tape, wherein, described adsorbing mechanism and shoutoff mechanism are all between described the first compressing glue mechanism and the second compressing glue mechanism, described the first compressing glue mechanism comprises the first drive division and the first slide block that is connected with described the first drive division, be connected by the first moving sets between described the first slide block and the described support, described the first slide block is provided with the second drive division and send front rail, described the second drive division is connected with the first swing arm, described the first swing arm and described the first slide block are hinged, the described rotational circle of front rail and described the first swing arm that send is crossing or tangent, described the second compressing glue mechanism comprises the 3rd drive division and the second slide block that is connected with described the 3rd drive division, be connected by the second moving sets between described the second slide block and the described support, described the second slide block is provided with the 4th drive division and the second swing arm, described the second swing arm and described the second slide block are hinged, described adsorbing mechanism comprises rubberizing adsorption site and the adsorption plant that is connected with described rubberizing adsorption site, the rotational circle of described rubberizing adsorption site and described the second swing arm is tangent or crossing, and described shoutoff mechanism comprises the 6th drive division, the Four-slider that is connected with described the 6th drive division and be connected with described Four-slider and cut the glue cutter.
As further improvement of the utility model, described rubberizing connecting gear comprises for what place adhesive tape puts lacquer disk(-sc) and a plurality of biography rubber tire, wherein, has at least one to pass rubber tire and be arranged on described the first slide block.
As further improvement of the utility model, described rubberizing connecting gear comprises for the tension-adjusting gear of regulating adhesive tape tension force, described tension-adjusting gear comprises the first permanent seat and the second permanent seat that is arranged on the described support, be connected with guide pillar between described the first permanent seat and the second permanent seat, be equipped with on the described guide pillar and the tension adjustment slide block that forms moving sets, be connected by spring between described tension adjustment slide block and described the second permanent seat, described the first permanent seat is provided with at least two fixedly straining pulleys, and described tension adjustment slide block is provided with at least one active tension wheel.
As further improvement of the utility model, described adsorbing mechanism comprises the 5th drive division, described the 5th drive division is connected with the 3rd slide block, is connected by three moving sets between described the 3rd slide block and the described support, and described rubberizing adsorption site is arranged on described the 3rd slide block.
As further improvement of the utility model, described the second swing arm is provided with the moulding lug boss, described rubberizing adsorption site is provided with the moulding groove that matches with described moulding lug boss, described adsorption plant comprises vacuum lamp permanent seat and the vacuum generator that is connected with described vacuum lamp permanent seat, and described vacuum lamp permanent seat is arranged on described the 3rd slide block and by packing seal and is connected with described rubberizing adsorption site.
As further improvement of the utility model, described shoutoff mechanism comprises the 7th drive division, described the 7th drive division is connected with the 5th slide block, described the 5th slide block is connected by the 5th moving sets with described support, described the 6th drive division is arranged on described the 5th slide block, described Four-slider is connected by the 4th moving sets with described the 5th slide block, and described Four-slider and described the 6th drive division are hinged.
As further improvement of the utility model, the moving direction of described the 5th moving sets is perpendicular to described the 4th moving sets, the first moving sets and the formed plane of the second moving sets.
As further improvement of the utility model, described the first moving sets and described the second moving sets conllinear, described the 4th moving sets is perpendicular to described the first moving sets, the second moving sets.
As further improvement of the utility model, described the first swing arm, the second swing arm are L shaped, described the second drive division is connected with the end of described the first swing arm, the middle part of described the first slide block and described the first swing arm is hinged, described the 4th drive division is connected with the end of described the second swing arm, and the middle part of described the second slide block and described the second swing arm is hinged.
The utility model also provides a kind of battery machine with tape sticking device, it is characterized in that: comprise the tape sticking device such as each described battery machine in above-mentioned.
As further improvement of the utility model, described tape sticking device has two at least.
As further improvement of the utility model, described tape sticking device has two and symmetrical up and down.
The beneficial effects of the utility model are: pass through such scheme, by the rubberizing connecting gear adhesive tape is sent to the first compressing glue mechanism, by the first compressing glue mechanism adhesive tape is sent to the second compressing glue mechanism, and compress respectively the two ends of adhesive tape by the first swing arm and the second swing arm, make adhesive tape be stretching state, by adsorbing mechanism absorption adhesive tape, the adhesive tape that will be in stretching state by shoutoff mechanism cuts off, can sting riveting behind aluminium foil at guide pin, stick one deck rubberizing, prevent the burr scratch aluminium foil that guide pin stays when the thorn riveting, be conducive to improve the quality of battery, reduce defective products, reduce production costs.
The specific embodiment
Below in conjunction with description of drawings and the specific embodiment the utility model is further specified.
Drawing reference numeral among Fig. 1 to Figure 12 is: support 100; Adhesive tape 101; Rubberizing connecting gear 1; Put lacquer disk(-sc) 11; Pass rubber tire 12; Fixedly straining pulley 13; Active tension wheel 14; The second permanent seat 15; Spring 16; Guide pillar 17; Tension adjustment slide block 18; The first permanent seat 19; The first compressing glue mechanism 2; The first drive division 21; Cylinder permanent seat 22; The first slide block 23; The second drive division 24; The first push rod 25; The first swing arm 26; Briquetting 27; Send front rail 28; The second compressing glue mechanism 3; The 3rd drive division 31; Cylinder permanent seat 32; The second slide block 33; The 4th drive division 34; The second push rod 35; The second swing arm 36; Moulding lug boss 361; Guide pillar 37; Adsorbing mechanism 4; The 5th drive division 41; Cylinder permanent seat 42; Guide pillar 43; The 3rd slide block 44; Cylinder permanent seat 45; Rubberizing adsorption site 46; Moulding groove 461; Stage portion 462; Absorption cavity 463; Through hole 464; Packing seal 47; Vacuum lamp permanent seat 48; Shoutoff mechanism 5; The 7th drive division 51; Cylinder permanent seat 52; Stay bearing plate 53; Guide pillar 54; The 5th slide block 55; Cylinder permanent seat 56; The 6th drive division 57; Four-slider 58; Cutoff tool 59; Cut off orienting lug 510.
Extremely shown in Figure 12 such as Fig. 1, a kind of tape sticking device of battery machine, comprise support 100, described support 100 is provided with the rubberizing connecting gear 1 that transmits adhesive tape 101, compress first compressing glue mechanism 2 of adhesive tape 101 to cut off, compress second compressing glue mechanism 3 of adhesive tape 101 to cut off, the shoutoff mechanism 5 of the adsorbing mechanism 4 of absorption adhesive tape 101 and cut-out adhesive tape 101, wherein, described adsorbing mechanism 4 and shoutoff mechanism 5 are all between described the first compressing glue mechanism 2 and the second compressing glue mechanism 3, described the first compressing glue mechanism 2 comprises the first drive division 21 and the first slide block 23 that is connected with described the first drive division 21, be connected by the first moving sets between described the first slide block 23 and the described support 100, described the first slide block 23 is provided with the second drive division 24 and send front rail 28, the described front rail 28 that send is used for leading described adhesive tape 101, described the second drive division 24 is connected with the first swing arm 26, described the first swing arm 26 is hinged with described the first slide block 23, the described front rail 28 that send is crossing or tangent with the rotational circle of described the first swing arm 26, described the second compressing glue mechanism 3 comprises the 3rd drive division 31 and the second slide block 33 that is connected with described the 3rd drive division 31, be connected by the second moving sets between described the second slide block 33 and the described support 100, described the second slide block 33 is provided with the 4th drive division 34 and the second swing arm 36, described the second swing arm 36 is hinged with described the second slide block 33, described adsorbing mechanism 4 comprises rubberizing adsorption site 46 and the adsorption plant that is connected with described rubberizing adsorption site 46, described rubberizing adsorption site 46 is tangent or crossing with the rotational circle of described the second swing arm 36, described shoutoff mechanism 5 comprises the 6th drive division 57, the Four-slider 58 that is connected with described the 6th drive division 57 and be connected with described Four-slider 58 and cut glue cutter 59, described cutoff tool 59 is provided with for the sawtooth that cuts off.
Extremely shown in Figure 12 such as Fig. 1, described rubberizing connecting gear 1 comprises for what place adhesive tape 101 puts lacquer disk(-sc) 11 and a plurality of biography rubber tire 12, wherein, have at least a biography rubber tire 12 to be arranged on described the first slide block 23, so that described adhesive tape 101 is sent on the first compressing glue mechanism 2.
As shown in Figure 4, described rubberizing connecting gear 1 comprises for the tension-adjusting gear of regulating adhesive tape 101 tension force, described tension-adjusting gear comprises the first permanent seat 19 and the second permanent seat 15 that is arranged on the described support 100, be connected with guide pillar 17 between described the first permanent seat 19 and the second permanent seat 15, described guide pillar 17 has two and parallel distribution at least, be equipped with on the described guide pillar 17 and the tension adjustment slide block 18 that forms moving sets, be specially, described tension adjustment slide block 18 is provided with two through holes, two guide pillars 17 are located in respectively in two through holes, described tension adjustment slide block 18 can be slided up and down along described guide pillar 17, be connected by spring 16 between described tension adjustment slide block 18 and described the second permanent seat 15, described spring 16 is tension, described spring 16 is preferably extension spring, described the first permanent seat 19 is provided with at least two fixedly straining pulleys 13, described tension adjustment slide block 18 is provided with at least one active tension wheel 14, described active tension wheel 14 sliding up and down and upper and lower translation along with described tension adjustment slide block 18, thereby adjust the tension force of adhesive tape 101, can adjust by the elastic force of controlling described spring 16 tension force of adhesive tape 101, has preferably cushion characteristic, can avoid in the control process that carries out tension force, pulling apart or make adhesive tape 101 too to tighten adhesive tape 101, wherein, described the first permanent seat 19, the second permanent seat 15 and tension adjustment slide block 18 all are preferably platy structure, and adhesive tape 101 is then around passing rubber tire 12, fixedly transmit on straining pulley 13 and the active tension wheel 14.
As shown in Figure 5, described the first compressing glue mechanism specifically comprises the first drive division 21, cylinder permanent seat 22, the first slide block 23, the second drive division 24, the first push rod 25, the first swing arm 26, the second briquetting 27 and send front rail 28, wherein, described the first drive division 21, the second drive division 24 is preferably cylinder, be used for output linear drives power, described cylinder permanent seat 22 is fixed on the described support 100, described the first drive division 21 is fixed on the described cylinder permanent seat 22, described the first moving sets is preferably the guide pin bushing that is connected with described the first slide block 23 and the guide pillar that is arranged on the described support 100, described the first slide block 23 is under the effect of described the first drive division 21, carry out left and right sides translation along described guide pillar, and adhesive tape 101 taken to adsorbing mechanism 4 and the second compressing glue mechanism 3, described the second drive division 24 is connected with described the first push rod 25, described the first push rod 25 is connected with the end of described the first swing arm 26, described briquetting then is connected with the other end of described the first swing arm 26, described briquetting 27 is preferably elastic body, can improve the thrust to adhesive tape 101, described the first swing arm 26 is rotated motion under the driving of described the second drive division 24, when described the first swing arm 26 with described when sending front rail 28 to contact, described the first swing arm 26 has compressed and has been positioned at the adhesive tape 101 that send on the front rail 28.
Such as Fig. 6, shown in Figure 7, described the second compressing glue mechanism specifically comprises the 3rd drive division 31, cylinder permanent seat 32, the second slide block 33, the 4th drive division 34, the second push rod 35, the second swing arm 36 and guide pillar 37, wherein, described the 3rd drive division 31 and the 4th drive division 34 all are preferably cylinder, be used for output linear drives power, described cylinder permanent seat 32 is fixed on the described support 100,31 of described the 3rd drive divisions are fixed on the described cylinder permanent seat 32, described the second moving sets is preferably the guide pin bushing that is connected with described the second slide block 33 and the guide pillar that is arranged on the described support 100, described the second slide block 33 is under the effect of described the 3rd drive division 31, carry out left and right sides translation along described guide pillar, the adhesive tape 101 of being sent here to accept described the first compressing glue mechanism 2, and further adhesive tape 101 is pushed down by the second swing arm 36, described the 4th drive division 34 is connected with described the second push rod 35, described the second push rod 35 is connected with the end of described the second swing arm 36, can promote described the second swing arm 36 rotations by described the 4th drive division 34, make described the second swing arm 36 contact and compress adhesive tape 101 with described rubberizing adsorption site 46.
Extremely shown in Figure 10 such as Fig. 8, described adsorbing mechanism 4 comprises the 5th drive division 41, described the 5th drive division 41 is preferably cylinder, be used for output linear drives power, described the 5th drive division 41 is connected with the 3rd slide block 44, be connected by three moving sets between described the 3rd slide block 44 and the described support 100, described rubberizing adsorption site 46 is arranged on described the 3rd slide block 44.
Extremely shown in Figure 10 such as Fig. 8, described the second swing arm 36 is provided with moulding lug boss 361, described rubberizing adsorption site 46 is provided with the moulding groove 461 that matches with described moulding lug boss 361, described adsorption plant comprises vacuum lamp permanent seat 48 and the vacuum generator that is connected with described vacuum lamp permanent seat 48, and described vacuum lamp permanent seat 48 is arranged on described the 3rd slide block 44 and by packing seal 47 and is connected with described rubberizing adsorption site 46.
Extremely shown in Figure 10 such as Fig. 8, described adsorbing mechanism specifically comprises the 5th drive division 41, cylinder permanent seat 42, guide pillar 43, the 3rd slide block 44, cylinder permanent seat 45, rubberizing adsorption site 46, packing seal 47 and vacuum lamp permanent seat 48, wherein, described cylinder permanent seat 42 and cylinder permanent seat 45 are fixed on the described support 100, described the 5th drive division 41 is fixed on described cylinder permanent seat 42 and the cylinder permanent seat 45, described three moving sets is preferably with described the 3rd slide block 44 and is connected with guide pin bushing and the guide pillar that is fixed on the described support 100, described the 3rd slide block 44 is under the driving of described the 5th drive division, along described guide pillar upper and lower translation, can drive described rubberizing adsorption site 46 and carry out upper and lower translation, make described rubberizing adsorption site 46 both can adsorb adhesive tape 101, adhesive tape 101 after cutting off can be attached on the guide pin again, prevent the burr scratch aluminium foil that guide pin stays when the thorn riveting.
To shown in Figure 10, a side of described rubberizing adsorption site 46 is provided with stage portion 462 such as Fig. 8, and opposite side is provided with absorption cavity 463, and described rubberizing adsorption site 46 is provided with the through hole 464 that runs through its both sides and be communicated with absorption cavity 463, is used for absorption adhesive tape 101.
Extremely shown in Figure 12 such as Figure 11, described shoutoff mechanism comprises the 7th drive division 51, described the 7th drive division 51 is preferably cylinder, described cylinder permanent seat 52 is fixed on the described support 100 by stay bearing plate 53, described the 7th drive division 51 is fixed on the described cylinder permanent seat 52, described the 7th drive division 51 is connected with the 5th slide block 55, described the 5th slide block 55 is connected by described the 5th moving sets with described support 100, be connected with guide pillar 54 between described cylinder permanent seat 52 and the described support 100, described the 5th slide block 55 is provided with guide hole, described guide pillar 54 is arranged in and forms the first moving sets in the described guide hole, described the 5th slide block 55 under the driving of described the 7th drive division 51 along described guide pillar 54 front and back translations, to adjust the front and back position of described cutoff tool 59, described the 6th drive division 57 is arranged on described the 5th slide block 55, described the 6th drive division 57 is preferably cylinder, described cylinder permanent seat 56 is fixed on described the 5th slide block 55, described the 6th drive division 57 is fixed on the described cylinder permanent seat 56, described Four-slider 58 is connected by the 4th moving sets with described the 5th slide block 55, described Four-slider 58 is hinged with described the 6th drive division 57, when described Four-slider 58 can be moved forward and backward, also can move up and down simultaneously, described the 5th slide block 55 is provided with and cuts off orienting lug 510, described cut-out orienting lug 510 is provided with the cut-out guide groove, and described Four-slider 58 is arranged on and forms the 4th moving sets in the described cut-out guide groove.
To shown in Figure 12, the moving direction of described the 5th moving sets is perpendicular to described the 4th moving sets, the first moving sets and the formed plane of the second moving sets such as Fig. 1, and what namely described the 7th drive division 51 was regulated is the front and back position of described cutoff tool.
Extremely shown in Figure 12 such as Fig. 1, described the first moving sets and described the second moving sets conllinear, described the 4th moving sets is perpendicular to described the first moving sets, the second moving sets.
Described the first swing arm 26, the second swing arm 36 are L shaped, described the second drive division 24 is connected with the end of described the first swing arm 26, described the first slide block 23 is hinged with the middle part of described the first swing arm 26, described the 4th drive division 34 is connected with the end of described the second swing arm 36, and described the second slide block 33 is hinged with the middle part of described the second swing arm 36.
The first drive division 21, the second drive division 24, the 3rd drive division 31, the 4th drive division 34, the 5th drive division 41, the 6th drive division 57 and the 7th drive division 51 all are preferably linear drives section, and namely the first drive division 21, the second drive division 24, the 3rd drive division 31, the 4th drive division 34, the 5th drive division 41, the 6th drive division 57 and the 7th drive division 51 are all exported linear drives power.
A kind of battery machine with tape sticking device is characterized in that: comprise the tape sticking device such as each described battery machine in above-mentioned.
As shown in Figure 1 to Figure 3, described tape sticking device has two and symmetrical up and down, is used for two-sided rubberizing, to enhance productivity.
The tape sticking device of a kind of battery machine that the utility model provides and the principle of work with battery machine of this tape sticking device are: adhesive tape 101 is positioned on the lacquer disk(-sc) 11, and be sent on the first compressing glue mechanism by passing rubber tire 12, its tension force is by the tension-adjusting gear adjustment, drive the first swing arm 26 by the second drive division 24 and compress adhesive tape 101, drive the first slide block 23 toward moving near adsorbing mechanism 4 and the second compressing glue mechanism 3 directions by the first drive division 21, drive adhesive tape 101 toward moving near the second compressing glue mechanism direction, by vacuum generator adhesive tape 101 is adsorbed on the rubberizing adsorption site 46, driving the second slide block 33 by the 3rd drive division 31 moves toward the direction near the first compressing glue mechanism 2, and by the 4th drive division 34 drivings the second swing arm 36 rotations, adhesive tape 101 is pressed on the rubberizing adsorption site 46, at this moment, the second drive division 24 drives the first swing arm 26 rotations, unclamp the compression to adhesive tape 101, the first drive division 21 drives the first slide block 23 and retreats toward the direction away from the second compressing glue mechanism 3, when retreating to initial position, drive the first swing arm 26 rotations by the second drive division 24 again, end with compression property adhesive tape 101, at this moment, compress respectively the two ends of adhesive tape 101 by the first swing arm 26 and the second swing arm 36, make adhesive tape 101 be stretching state, by adsorbing mechanism 4 absorption adhesive tapes 101, the adhesive tape 101 that will be in stretching state by shoutoff mechanism 5 cuts off, after the cut-out, can drive rubberizing adsorption site 46 by the 5th drive division 41 moves up and down, be attached on the guide pin with the adhesive tape 101 after will cutting off, prevent the burr scratch aluminium foil that guide pin stays when the thorn riveting, wherein, in cutting-off process, can drive the 55 front and back translations of the 5th slide block by the 7th drive division 51 first, to adjust the front and back position of cutoff tool 59, drive Four-slider 58 drive cutoff tools 59 by the 6th drive division 57 again and cut off action.
The tape sticking device of a kind of battery machine that the utility model provides and have the battery machine of this tape sticking device, by rubberizing connecting gear 1 adhesive tape 101 is sent to the first compressing glue mechanism 2, by the first compressing glue mechanism 2 adhesive tape 101 is sent to the second compressing glue mechanism 3, and compress respectively the two ends of adhesive tape 101 by the first swing arm 26 and the second swing arm 36, make adhesive tape 101 be stretching state, by adsorbing mechanism 4 absorption adhesive tapes 101, the adhesive tape 101 that will be in stretching state by shoutoff mechanism 5 cuts off, can sting riveting behind aluminium foil at guide pin, stick one deck rubberizing, prevent the burr scratch aluminium foil that guide pin stays when the thorn riveting, be conducive to improve the quality of battery, reduce defective products, reduce production costs.
Above content is in conjunction with concrete preferred implementation further detailed description of the utility model, can not assert that implementation of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, without departing from the concept of the premise utility, can also make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.