CN207957224U - A kind of pole group automation continous way coating system - Google Patents

Abstract

The utility model is related to a kind of pole group's automation continous way coating systems, including feeding equipment comprising horizontal transport agency and lifting mechanism；Thin-film unreeling device comprising guiding mechanism is arranged in first unreeling structure at guiding mechanism both ends and the second unreeling structure, the haulage gear for adsorbing fixed adsorbing mechanism to film end on unreeling structure and for driving adsorbing mechanism to be moved along guiding mechanism together with film end；Cutting device comprising the cutting mechanism and driving mechanism of side are set before and after guiding mechanism, and cutting mechanism equidistantly cuts the film of expansion under driving mechanism drive and limited to each end of film after completing to cut；Coating unit comprising propulsive mechanism and cladding mechanism, for pusher for pushing pole group to move in the horizontal direction, cooperation cladding mechanism completes coating to pole group；The utility model, which overcomes, cannot achieve pole group's automatic coating of mass, and pole group's coating efficiency is low, the problem of labor intensive and coating effect difference.

Description

A kind of pole group automation continous way coating system

Technical field

The utility model is related to lead-acid battery pole group's encapsulation tool technical field more particularly to a kind of group's automation of pole are continuous Formula coating system.

Background technology

The operating type of traditional storage battery laminating machine is easy to cause institute Bao Jiqun and generates diaphragm or pole plate or so displacement, height It is uneven, pole group is polluted by the dust accumulated on platform and other issues, work efficiency is not only affected, and be related to inside battery pole Therefore the generation of plate rosin joint and the two short-circuit important items off quality can wrap up thin film, accumulator on the group of pole Necessary work is lacked generally using artificial progress coating is completely dependent on simple platform to the coating operation of pole group in industry Tool.

The Chinese utility model patent that Authorization Notice No. CN201520895976.X is, it discloses a kind of accumulators Pole group's film coating mechanism reduces the size of device, and support film by the way that feed conveying device is arranged and goes out material conveying device side by side Plate is equipped with the antistatic rubber roller for compressing film, the dust on the adsorbable film of antistatic rubber roller, and is avoided that generation is quiet Electricity, it is ensured that the performance of the cleanliness factor and film later stage of film improves the quality of processing.

But there is also problems with for the equipment：

1, the equipment coating is less efficient, cannot achieve and synchronizes coating to multiple poles group and convey backward；

2, for the equipment in tracting film, film end is easy to happen folded situation, can not be to the film end after cutting Effectively positioned；

3, the equipment is during coating, film be difficult to it is smooth well attach to case surface, fold is more.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, by the way that guiding mechanism is arranged and at its both ends point Not She Zhi two unreeling structures, then the film end on unreeling structure drawing after absorption is fixed by adsorbing mechanism Alternative expression expansion carried out to film under the drive of mechanism, and the film of expansion is carried out etc. point cutting by cutting mechanism, then Coordinate propulsive mechanism and coat mechanism by the decile film coated cut to several pole group, and then overcomes and cannot achieve Pole group's automatic coating of mass, pole group's coating efficiency is low, the problem of labor intensive and coating effect difference.

In view of the above technical problems, the technical solution adopted in the utility model is as follows：

A kind of pole group automation continous way coating system, including feeding equipment, the feeding equipment include horizontal continuous The horizontal transport agency of conveying pole group and the lifting mechanism for pole group to be lifted；

Thin-film unreeling device, the thin-film unreeling device include guiding mechanism, are separately positioned on the of guiding mechanism both ends One unreeling structure and the second unreeling structure, for being carried out to the reel drum film end on the first unreeling structure and the second unreeling structure Adsorb fixed adsorbing mechanism and the haulage gear for driving adsorbing mechanism to be moved along guiding mechanism together with film end；

Cutting device, the cutting device include that the cutting mechanism of side is arranged before and after guiding mechanism and is arranged to cut Driving mechanism below mechanism, the cutting mechanism is for equidistantly cutting out the film of expansion under the drive of driving mechanism It cuts and each end of film is limited after completing to cut；

Coating unit, the coating unit include propulsive mechanism and cladding mechanism, and the pusher is lifted for pushing Pole group at mechanism moves backward in the horizontal direction, and cooperation cladding mechanism completes coating to the bottom surface of pole group and two sides.

If as a preferred embodiment, the horizontal transport agency includes the spaced set along the length direction of guiding mechanism Dry first conveyer belt is arranged above first conveyer belt the guiding column of both sides and is arranged in the locating part for being oriented to column rear end, institute It states and offers limit channels in locating part；

The lifting mechanism includes lifting cylinder, the material supporting rack that moves up and down under lifting cylinder drive, the retainer Several supporting plates with limit channels cooperation sliding are provided on frame.

As a preferred embodiment, the guiding mechanism includes fixed frame, is arranged in parallel up and down and is fixed on leading on fixed frame To the upper surface of part a and guide part b, the guide part a and guide part b along its length on be both provided with rack a；

First unreeling structure and the second unreeling structure include unwinding rack, the support roller being fixed on fixed frame, divide Be not arranged support roller both ends side upper limit roller and lower limit roller and be arranged in upper limit roller and lower limit roller side Crosscutting component, the upper limit roller and lower limit roller are used for and support roller cooperation limits two sides up and down of reel drum film Position；

The crosscutting component includes the horizontal sliding cylinder a being fixed on fixed frame and the telescopic rod for being fixed on horizontal sliding cylinder a The cutter a of end.

As a preferred embodiment, the adsorbing mechanism includes frame and the adsorption piece and Negative pressure machine that are fixed on frame, If opening up adsorbent chamber inside the adsorption piece and on one side being offered towards support roller at this close to the side of the first unreeling structure The dry adsorption hole a being connected to adsorbent chamber, if being offered on one side towards support roller at this close to the side of the second unreeling structure The dry adsorption hole b being connected to adsorbent chamber；The Negative pressure machine is connected by the connector that the medium position of connecting tube and adsorbent chamber opens up Logical, the upper end of the adsorption piece is less than the bottom of upper limit roller, and lower end is higher than the top of lower limit roller；

It is additionally provided with inside the adsorption piece and generates the switch piece of negative pressure for controlling adsorption hole a and adsorption hole b alternative expressions；

The haulage gear include be arranged on guide part a and be fixedly connected with the upper end of frame rolling assembly a, set It sets on guide part b and the rolling assembly b being fixedly connected with the lower end of frame, the motor for being fixed at the sides rolling assembly a And the belt of connection rolling assembly a and rolling assembly b, it is logical while the motor drives rolling assembly a to be moved along guide part a Crossing belt drives rolling assembly b synchronizations to be moved along guide part b.

As a preferred embodiment, the cutting mechanism includes sliding seat, is slidably arranged on sliding seat and front and back symmetrically sets Cutting for setting and cuts component b at component a；

It is described to cut the sliding block a that component a includes and the guide rod b cooperations on sliding seat are slided, the company being fixedly connected with sliding block a Connect frame a, be arranged the ends link a mounting bracket a3123, vertically on be rotatably provided in deflector roll a on link a And deflector roll b and the cutter that is arranged between deflector roll a and deflector roll b；

It is described to cut the sliding block b that component b includes and the guide rod b cooperations on sliding seat are slided, the company being fixedly connected with sliding block b Connect frame b, be arranged the ends link b mounting bracket b, vertically on the deflector roll c that is rotatably provided on link b and lead Roller d and the cutter groove being arranged between deflector roll c and deflector roll d.

As a preferred embodiment, the driving mechanism includes the rack b being fixed on link a, is fixed on link b Rack c, the sliding sleeve for being fixed on locating part side, the actuator being slidably matched with the sliding sleeve, rotation seat and rotatable setting Gear assembly on rotation seat；

The actuator includes sliding part b and is arranged tooth-strip part in the ends sliding part b, the gear assembly include with The gear a of the tooth-strip part cooperation and gear b for being coaxially disposed with the gear a and coordinating respectively with rack b and rack c.

As a preferred embodiment, the propulsive mechanism includes bearing, the horizontal sliding cylinder b on bearing and is fixed on flat The other end of the pusher part of push cylinder b telescopic rod ends, the sliding part is fixedly connected with pusher part；

The cladding mechanism includes guide support, and guide groove is offered in the guide support, the guide groove Front end is symmetrically set with for coordinating the pressing film roller a on the film coated that will have been cut to pole group with the propulsive mechanism With pressing film roller b.

As a preferred embodiment, the rolling assembly a and rolling assembly b include the rotating turret being fixedly connected with frame, can The shaft that is rotatably arranged on rotating turret, it is coaxial be fixed in shaft and with the gear c of rack a cooperations and coaxial fixation Idler wheel in the shaft of the both sides gear c is set.

As a preferred embodiment, the switch piece includes the sliding block with adsorbent chamber cooperation sliding, the both sides difference of the sliding block Be provided with opened up on adsorption piece front and back sides guide hole cooperation sliding the first slide bar and the second slide bar, it is corresponding by It is provided on fixed frame at nearly first unreeling structure and pushes sliding block to be moved towards the direction of adsorption hole b for coordinating with the first slide bar And the first shifting block of connector is crossed, it is being provided on the fixed frame at the second unreeling structure for coordinating with the second slide bar The direction for pushing sliding block towards adsorption hole a is mobile and crosses the second shifting block of connector.

As a preferred embodiment, being additionally provided with the biography for conducting membranes at first unreeling structure and the second unreeling structure Guide assembly, the conducting subassembly include the conduction roller a and conduction roller b for being fixed on fixed frame and being symmetrical set.

Preferably as another, the rear end of the second guide part is provided with the conveyer belt for exporting the pole group for completing coating.

The beneficial effects of the utility model：

(1) by the way that guiding mechanism is arranged and the first unreeling structure is respectively set at the both ends of guiding mechanism in the utility model With the second unreeling structure, then inhaled by the film end on the first unreeling structure of adsorbing mechanism pair and the second unreeling structure Alternative expression expansion is carried out to the film of both sides under the drive of haulage gear after attached fixation, and by the cutting mechanism of setting to exhibition The film opened carries out etc. point cutting, and then coordinates propulsive mechanism and cladding mechanism by the decile film coated cut to several On the group of pole, pole group automatic film in bulk is realized, the efficiency of pole group's coating is substantially increased, saves manpower, and structure letter Single, the effect of coating is preferable.

(2) by the way that upper limit roller, lower limit roller and support roller are arranged at crosscutting component in the utility model so that crosscutting After component cuts film, can carry out limit to film by the cooperation of upper limit roller, lower limit roller and support roller prevents It droops situation, and avoiding the end itself of film from being bonded together with itself causes film to be unable to normal use, and passes through The adsorption piece that adsorbing mechanism is arranged can be across upper limit roller and lower limit roller so that is reaching to film end limit effect While do not influence more quickly to carry out absorption to the end of film again it is fixed and draw expansion, clever structure, production efficiency It is high.

(3) by being set respectively in the cutter both sides for cutting component a and the cutter groove both sides for cutting component b in the utility model Set multiple deflector rolls so that cut component a and cut component b cooperations and completed after cutting to film, corresponding guide roller pair can be passed through Film end after cutting carries out a positioning, avoids after cutting before also not carrying out coating action, and the end of film occurs It droops, influences subsequent coating effect.

(4) in the utility model by actuator and gear assembly, and actuator and horizontal sliding cylinder b linkages are set, made Obtaining can push the action of pole group to realize that drive cut component a and cut component b work by horizontal sliding cylinder b, and in pole, group reaches thin Film completion is cut before film, this kind of set-up mode is simple in structure, while saving power, can guarantee the stability of coating, Avoid the case where film also is not completed to cut, film is caused to be deformed when pole group reaches film.

(5) by the way that pressing film roller a and pressing film roller b is arranged in guide support in the utility model so that pushing pole group It, can be by pressing film roller a and pressing film roller b automatically by film coating to pole group when the film that connection has been cut is moved along guide groove Both sides, coating effect is good.

In conclusion the equipment have it is simple in structure, coating is efficient, and the good advantage of coating effect is particularly suitable for lead Sour battery electrode group encapsulation tool technical field.

Description of the drawings

It is required in being described below to embodiment for the clearer technical solution for illustrating the utility model embodiment The attached drawing used is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the utility model, For for those of ordinary skill in the art, without creative efforts, it can also obtain according to these attached drawings Obtain other accompanying drawings.

Fig. 1 is the structural schematic diagram of pole group's automation continous way coating system.

Fig. 2 is the schematic elevation view of pole group's automation continous way coating system.

Fig. 3 is the schematic top plan view of pole group's automation continous way coating system.

Fig. 4 is the structural schematic diagram of adsorbing mechanism.

Fig. 5 is the structural schematic diagram of cutting mechanism.

Fig. 6 is the close-up schematic view of cutting mechanism.

Fig. 7 is the structural schematic diagram of adsorption piece.

Fig. 8 is the structural schematic diagram for coating mechanism.

Fig. 9 is the structural schematic diagram of actuator and gear assembly.

Specific implementation mode

The technical scheme in the embodiment of the utility model is clearly and completely illustrated below in conjunction with the accompanying drawings.

Fig. 1 is the structural schematic diagram of pole group's automation continous way coating system, and Fig. 2 is pole group's automation continous way coating system The schematic elevation view of system, Fig. 3 are the schematic top plan view of pole group's automation continous way coating system, and Fig. 4 is the structure of adsorbing mechanism Schematic diagram, Fig. 5 are the structural schematic diagram of cutting mechanism, and Fig. 6 is the close-up schematic view of cutting mechanism, and Fig. 7 is adsorption piece Structural schematic diagram, Fig. 8 are the structural schematic diagram for coating mechanism, and Fig. 9 is the structural schematic diagram of actuator and gear assembly.

Embodiment one

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, a kind of pole group automation continous way coating system System, including feeding equipment 1, the feeding equipment 1 include the horizontal transport agency 11 of horizontal continuous conveying pole group 10 and use In the lifting mechanism 12 for being lifted pole group 10；

Thin-film unreeling device 2, the thin-film unreeling device 2 include guiding mechanism 21, are separately positioned on 21 liang of guiding mechanism End the first unreeling structure 22 and the second unreeling structure 23, for the volume on the first unreeling structure 22 and the second unreeling structure 23 Cylinder film end carries out adsorbing fixed adsorbing mechanism 24 and for driving adsorbing mechanism 24 together with film end along Guiding machine The haulage gear 25 that structure 21 moves；

Cutting device 3, the cutting device 3 include that the cutting mechanism 31 of the side before and after guiding mechanism 21 is arranged and sets The driving mechanism 32 below cutting mechanism 31 is set, the cutting mechanism 31 is used under the drive of driving mechanism 32 to expansion Film equidistantly cut and complete cut after each end of film is limited；

Coating unit 4, the coating unit 4 include propulsive mechanism 41 and cladding mechanism 42, and the pusher 41 is used for Push the group of the pole at lifting mechanism 12 10 to move backward in the horizontal direction, cooperation cladding mechanism 42 to the bottom surface of pole group 10 and Complete coating in two sides.

It should be noted that by the way that guiding mechanism 21 is arranged and the first unreeling machine is respectively set at the both ends of guiding mechanism 21 Structure 22 and the second unreeling structure 23, then by adsorbing mechanism 24 to thin on the first unreeling structure 22 and the second unreeling structure 23 Film end carries out carrying out alternative expression expansion to the film of both sides under the drive of haulage gear 25 after absorption is fixed, and passes through setting Cutting mechanism 31 film of expansion carried out etc. point cutting, then coordinating propulsive mechanism 41 and coating mechanism 42 will cut On decile film coated to several pole groups 10, the automatic film in bulk of pole group 10 is realized, substantially increases pole 10 coatings of group Efficiency, save manpower, and simple in structure, the effect of coating is preferable.

Further, if the horizontal transport agency 11 includes the spaced set along the length direction of guiding mechanism 21 Dry first conveyer belt 111, the guiding column 112 that the both sides above first conveyer belt 111 are arranged and setting are being oriented to 112 rear end of column Locating part 113, offer limit channels 114 in the locating part 113；

The material supporting rack that the lifting mechanism 12 is moved up and down including lifting cylinder 121, under the drive of lifting cylinder 121 122, several supporting plates 123 with the cooperation sliding of limit channels 114 are provided on the material supporting rack 122.

Further, as shown in Fig. 3, Fig. 4 and Fig. 7, as a preferred embodiment, the guiding mechanism 21 includes Fixed frame 211, the guide part a212 for being arranged in parallel and being fixed on fixed frame 211 up and down and guide part b213, the guide part The upper surface of a212 and guide part b213 along its length on be both provided with rack a214；

First unreeling structure, 22 and second unreeling structure 23 includes unwinding rack 221, is fixed on fixed frame 211 Support roller 222, be separately positioned on 222 both ends side of support roller upper limit roller 223 and lower limit roller 225 and be arranged upper The crosscutting component 224 of 225 side of limit roller 223 and lower limit roller, the upper limit roller 223 and lower limit roller 225 are used for and prop up The support cooperation of roller 222 limits two sides up and down of reel drum film；

The crosscutting component 224 includes the horizontal sliding cylinder a2241 being fixed on fixed frame 211 and is fixed on horizontal sliding cylinder The cutter a2242 of the telescopic rod end of a2241.

Further, as shown in Figure 4 and Figure 8, as a preferred embodiment, the adsorbing mechanism 24 includes frame Frame 241 and the adsorption piece 242 being fixed on frame 241 and Negative pressure machine 243 open up adsorbent chamber inside the adsorption piece 242 245, and connect close to several and adsorbent chamber 245 that offers on one side of the side of the first unreeling structure 22 towards support roller at this 222 Logical adsorption hole a246, close to the side of the second unreeling structure 23 towards support roller at this 222 offer on one side it is several with The adsorption hole b247 that adsorbent chamber 245 is connected to；The Negative pressure machine 243 is opened up by connecting tube 248 and the medium position of adsorbent chamber 245 Connector 2451 be connected to, the upper end of the adsorption piece 242 is less than the bottom of upper limit roller 223, under lower end is higher than The top of limit roller 225；

It is additionally provided with inside the adsorption piece 242 and generates negative pressure for controlling adsorption hole a246 and adsorption hole b247 alternative expressions Switch piece 249；

The haulage gear 25 includes the rolling group for being arranged on guide part a212 and being fixedly connected with the upper end of frame 241 Part a252, it the rolling assembly b253 for being arranged on guide part b213 and being fixedly connected with the lower end of frame 241, is fixed at The motor 254 of the sides rolling assembly a252 and the belt 255 for connecting rolling assembly a252 and rolling assembly b253, the motor It drives rolling assembly b253 to synchronize edge by belt 255 while 254 drive rolling assembly a252 are moved along guide part a212 to lead It is moved to part b213.

It is noted that by the way that upper limit roller 223, lower limit roller 225 and support roller are arranged at crosscutting component 224 222 so that after crosscutting component 224 cuts film, upper limit roller 223, lower limit roller 225 and support roller 222 can be passed through Cooperation to film carry out limit prevent it from drooping situation, avoiding the end itself of film from being bonded together with itself causes Film is unable to normal use, and the adsorption piece 242 by the way that adsorbing mechanism 24 is arranged can pass through upper limit roller 223 and lower limit roller Between 225 so that reaching on not influencing while film end limit effect and more quickly to carry out the end of film Absorption is fixed and draws expansion, clever structure, and production efficiency is high.

Further, as shown in Fig. 5, Fig. 6 and Fig. 9, as a preferred embodiment, the driving mechanism 32 includes The rack b321 that is fixed on link a3122, the rack c322 being fixed on link b3132, it is fixed on locating part 113 The sliding sleeve 323 of side, the actuator 324 being slidably matched with the sliding sleeve 323, rotation seat 325 and it is rotatably provided in rotation Gear assembly 326 on seat 325；

The actuator 324 includes sliding part b3241 and is arranged tooth-strip part 3242 in the ends sliding part b3241, institute State gear assembly 326 include the gear a3261 coordinated with the tooth-strip part 3242 and with the gear a3261 coaxial arrangement and The gear b3262 coordinated respectively with rack b321 and rack c322.

It should be noted that by actuator 324 and gear assembly 326, and actuator 324 and horizontal sliding cylinder are set B412 links so that the action of pole group 10 can be pushed to realize that drive cuts component a312 and cuts component by horizontal sliding cylinder b412 B313 works, and is cut to film completion before pole group 10 reaches film, this kind of set-up mode is simple in structure, saves the same of power When, it can guarantee the stability of coating, avoid film when pole group 10 reaches film and do not complete also to cut, film is caused to be extruded The case where deformation.

Further, the propulsive mechanism 41 include bearing 411, the horizontal sliding cylinder b412 on bearing 411 and It is fixed on the pusher part 413 of horizontal sliding cylinder b412 telescopic rod ends, the other end and pusher part 413 of the sliding part b3241 is solid Fixed connection；

The cladding mechanism 42 includes guide support 421, and guide groove 4211 is offered in the guide support 421, The front end of the guide groove 4211 is symmetrically set with for coordinating the film packet that will have been cut with the propulsive mechanism 41 The pressing film roller a422 and pressing film roller b423 being layed onto on pole group 10.

It is noted that by the way that pressing film roller a422 and pressing film roller b423 is arranged in guide support 421 so that pushing away It, can be automatic by pressing film roller a422 and pressing film roller b423 when the film that dynamic pole group connection has been cut is moved along guide groove 4211 By film coating to the both sides of pole group, coating effect is good on ground.

Further, the rolling assembly a252 and rolling assembly b253 includes the rotation being fixedly connected with frame 241 Frame 2521, coaxial is fixed in shaft 2522 and and rack the shaft 2522 being rotatably provided on rotating turret 2521 The gear c2523 of a214 cooperations and the coaxial idler wheel 2524 being fixed in the shaft 2522 of the both sides gear c2523.

Further, the switch piece 249 includes the sliding block 2491 with the cooperation sliding of adsorbent chamber 245, the sliding block 2491 Both sides be respectively arranged with opened up on 242 front and back sides of adsorption piece guide hole cooperation sliding the first slide bar 2492 and second slide Bar 2493, it is corresponding be provided on the fixed frame 211 at the first unreeling structure 22 for and the first slide bar 2492 The direction that cooperation pushes sliding block 2491 towards adsorption hole b247 is mobile and crosses the first shifting block 6 of connector 2451, close to second It is provided on fixed frame 211 at unreeling structure 23 for pushing sliding block 2491 towards adsorption hole a246 with the cooperation of the second slide bar 2493 Direction it is mobile and cross the second shifting block 7 of connector 2451.

It is noted that herein by the way that switch piece 249 is arranged so that being controlled without some sensing and electrical control equipment The working condition of Negative pressure machine 243, the adsorption hole that can control both sides by mechanical movement by the movement of its own alternately produce Raw negative pressure interrupts negative pressure, and simple in structure, setting is ingenious, and using effect is good.

Further, the biography for conducting membranes is additionally provided at first unreeling structure, 22 and second unreeling structure 23 Guide assembly 5, the conducting subassembly 5 include being fixed on fixed frame 211 and the conduction roller a51 being symmetrical set and conduction Roller b52.

Further, the rear end of the second guide part 4212 is provided with the conveying for exporting the pole group 10 for completing coating Band 8.

Embodiment two

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, wherein identical or corresponding to embodiment one Component use reference numeral corresponding with embodiment one, for simplicity, hereafter only description and the distinctive points of embodiment one.It should Embodiment two and embodiment one the difference is that：Further, the cutting mechanism 31 includes sliding seat 311, slidably It is arranged on sliding seat 311 and front and back symmetrically arranged cut and cuts component b313 at component a312；

The component a312 that cuts includes the sliding block a3121 slided with the guide rod b3111 cooperations on sliding seat 311 and slides Link a3122 that block a3121 is fixedly connected, be arranged the ends link a3122 mounting bracket a3123, vertically on The deflector roll a3124 and deflector roll b3125 that are rotatably provided on link a3122 and setting are in deflector roll a3124 and deflector roll Cutter 3126 between b3125.

The component b313 that cuts includes the sliding block b3131 slided with the guide rod b3111 cooperations on sliding seat 311 and slides Link b3132 that block b3131 is fixedly connected, be arranged the ends link b3132 mounting bracket b3133, vertically on The deflector roll c3134 and deflector roll d3135 that are rotatably provided on link b3132 and setting are in deflector roll c3134 and deflector roll Cutter groove 3136 between d3135.

By being set respectively in 3126 both sides of cutter for cutting component a312 and 3136 both sides of cutter groove for cutting component b313 Set multiple deflector rolls so that it cuts component a312 and cuts component b313 cooperations and film is completed after cutting, it can be by corresponding Film end after guide roller pair is cut carries out a positioning, avoids after cutting before also not carrying out coating action, the end of film Portion is drooped, and influences subsequent coating effect.

The course of work is as follows：

Film passes through conducting subassembly 5, end to be completed under the effect of upper limit roller 223, lower limit roller 225 and support roller 222 Limit, haulage gear 25 are moved to 22 side of the first unreeling structure under the drive of motor 254, and Negative pressure machine 243 is constantly in work Make state, when reaching precalculated position, adsorption piece 242 is between upper limit roller 223 and lower limit roller 225, and the first slide bar 2492 push sliding block 2491 to be moved along adsorbent chamber 245 and crossed connector 2451 under the action of the first shifting block 6, herein In the case of, adsorption hole a246 produces negative pressure, clings to the film at this in support roller 222 originally and is adsorbed and fits to absorption The fixation to film end is completed on the surface of part 242；

After completion absorption is fixed, the reversion of motor 254 drives haulage gear 25 and the reverse movement of adsorbing mechanism 24, is moved when complete When moving the other end to guide part a212 and guide part b213, the second slide bar 2493 pushes sliding block under the action of the second shifting block 7 2491 move backward along adsorbent chamber 245 and have crossed connector 2451 again, in the case, adsorption hole a246 and connecting tube 248 no longer connections lose negative pressure, also just lose the fixation of the film end to just having drawn, and the absorption of the other side Hole b247 then produces negative pressure, clings to the film at this in support roller 222 originally and is adsorbed and fits to the another of adsorption piece 242 One side surface, and then, crosscutting component 224 cut the other end of film, so complete the film of certain length Expansion, and the preparation work of all set next section of film expansion；

Pole group 10 with coating is delivered to along column 112 is oriented in limit channels 114, and lifting mechanism 12 drives limit channels It is moved at guide groove 4211 on pole group 10 in 114, then propulsive mechanism 41 pushes pole group 10 along guide groove 4211 to Forward Dynamic, at the same time, the also synchronous Forward of actuator 324 passes through tooth-strip part 3242 and gear during actuator 324 moves The mating band moving gear b3262 and gear a3261 of a3261 is rotated synchronously, gear a3261 synchronous drive rack b321 and rack C322 is moved, and rack b321 and rack c322 drive link a3122 and link b3132 along guide rod b3111 in respectively Heart position is moved, and when frame a3122 and mounting bracket b3133 to be installed are properly fit onto together, cutter 3126 and cutter groove 3136 coordinate Decile is carried out to the film of expansion to cut, and deflector roll a3124 and deflector roll d3135 and deflector roll b3125 and deflector roll c3134 difference Both sides film end is centainly positioned, prevents it from drooping, the preparation being ready at this time before film；

Propulsive mechanism 41 continues to press on 10 Forward synchronous with actuator 324 of pole group, at this time due to the length of tooth-strip part 3242 It is limited, it continues to move to tooth-strip part 3242 and completes to be detached from gear a3261, no longer drive link a3122 and link B3132 is moved, and propulsive mechanism 41 pushes pole group 10 to be moved between pressing film roller a422 and pressing film roller b423 along guide groove 4213 Afterwards, it continues to move to pressing film roller a422 and film rolling is attached to the surface of pole group by pressing film roller b423 mutual cooperations, complete the pole of coating Group 10 is pushed to exporting on conveyer belt 9；

After completing a batch pole 10 coatings of group, haulage gear 25, which can move backward, to be driven at the second unreeling structure 23 Film be unfolded.

In the description of the present invention, it should be understood that the orientation or position of the instructions such as term " front and back ", " left and right " Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, without It is instruction or implies that signified equipment or component must have a particular orientation, with specific azimuth configuration and operation, therefore not It can be interpreted as the limitation to utility model.

Certainly in the technical scheme, those skilled in the art is it should be understood that term " one " is interpreted as " at least One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be multiple, and term " one " should not be understood as the limitation to quantity.

The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not It is confined to this, the variation that any one skilled in the art can readily occur under the technical clarification of the utility model Or replace, it should be covered within the scope of the utility model.Therefore, the scope of protection of the utility model should be with right Subject to the protection domain of claim.

Claims (10)

1. a kind of pole group automation continous way coating system, it is characterised in that：Including

Feeding equipment (1), the feeding equipment (1) include horizontal continuous conveying pole group (10) horizontal transport agency (11) with And the lifting mechanism (12) for pole group (10) to be lifted；

Thin-film unreeling device (2), the thin-film unreeling device (2) include guiding mechanism (21), are separately positioned on guiding mechanism (21) first unreeling structure (22) and the second unreeling structure (23) at both ends, for being unreeled to the first unreeling structure (22) and second Reel drum film end in mechanism (23) carries out adsorbing fixed adsorbing mechanism (24) and for driving adsorbing mechanism (24) even With film end along the mobile haulage gear (25) of guiding mechanism (21)；

Cutting device (3), the cutting device (3) include be arranged before and after guiding mechanism (21) cutting mechanism (31) of side and The driving mechanism (32) being arranged below cutting mechanism (31), the cutting mechanism (31) are used for the drive in driving mechanism (32) Under to the film of expansion equidistantly cut and complete cut after each end of film is limited；

Coating unit (4), the coating unit (4) include propulsive mechanism (41) and cladding mechanism (42), the propulsive mechanism (41) it is used to that the pole group (10) at lifting mechanism (12) to be pushed to move backward in the horizontal direction, cooperation cladding mechanism (42) is to pole group (10) coating is completed in bottom surface and two sides.

2. a kind of pole group automation continous way coating system according to claim 1, which is characterized in that the horizontal feed Mechanism (11) include the spaced set along the length direction of guiding mechanism (21) several first conveyer belts (111), setting exist The guiding column (112) of both sides and setting are in the locating part (113) for being oriented to column (112) rear end, institute above first conveyer belt (111) It states in locating part (113) and offers limit channels (114)；

The lifting mechanism (12) includes lifting cylinder (121), the material supporting rack that moves up and down under lifting cylinder (121) drive (122), several supporting plates (123) with limit channels (114) cooperation sliding are provided on the material supporting rack (122).

3. a kind of pole group automation continous way coating system according to claim 2, which is characterized in that the guiding mechanism (21) include fixed frame (211), be arranged in parallel up and down and be fixed on guide part a (212) and guide part b on fixed frame (211) (213), the upper surface of the guide part a (212) and guide part b (213) along its length on be both provided with rack a (214)；

First unreeling structure (22) and the second unreeling structure (23) include unwinding rack (221), are fixed on fixed frame (211) On support roller (222), be separately positioned on support roller (222) both ends side upper limit roller (223) and lower limit roller (225) with And setting upper limit roller (223) and lower limit roller (225) side crosscutting component (224), the upper limit roller (223) and under Limit roller (225) is used for and support roller (222) cooperation limits two sides up and down of reel drum film；

The crosscutting component (224) includes the horizontal sliding cylinder a (2241) being fixed on fixed frame (211) and is fixed on flat-pushing gas The cutter a (2242) of the telescopic rod end of cylinder a (2241).

4. a kind of pole group automation continous way coating system according to claim 3, which is characterized in that the adsorbing mechanism (24) include frame (241) and the adsorption piece (242) being fixed on frame (241) and Negative pressure machine (243), the adsorption piece (242) internal to open up adsorbent chamber (245), and close to the side of the first unreeling structure (22) towards the one of support roller at this (222) Face offers several adsorption hole a (246) being connected to adsorbent chamber (245), close to the side direction of the second unreeling structure (23) Support roller (222) offers several adsorption hole b (247) being connected to adsorbent chamber (245) on one side at this；The Negative pressure machine (243) it is connected to the connector (2451) that the medium position of adsorbent chamber (245) opens up by connecting tube (248), the adsorption piece (242) upper end is less than the bottom of upper limit roller (223), and lower end is higher than the top of lower limit roller (225)；

It is additionally provided with inside the adsorption piece (242) and generates and bear for controlling adsorption hole a (246) and adsorption hole b (247) alternative expression The switch piece (249) of pressure；

The haulage gear (25) includes the rolling for being arranged on guide part a (212) and being fixedly connected with the upper end of frame (241) Component a (252), the rolling assembly b (253) for being arranged on guide part b (213) and being fixedly connected with the lower end of frame (241), consolidate The motor (254) and connection rolling assembly a (252) and rolling assembly b (253) of fixed setting in rolling assembly a (252) side Belt (255), the motor (254) pass through belt while driving rolling assembly a (252) mobile along guide part a (212) (255) drive rolling assembly b (253) synchronous mobile along guide part b (213).

5. a kind of pole group automation continous way coating system according to claim 4, which is characterized in that the cutting mechanism (31) include sliding seat (311), be slidably arranged on sliding seat (311) and it is front and back it is symmetrically arranged cut component a (312) and Cut component b (313)；

It is described cut component a (312) include on sliding seat (311) guide rod b (3111) cooperation sliding sliding block a (3121), The link a (3122) that is fixedly connected with sliding block a (3121), setting link a (3122) end mounting bracket a (3123), The deflector roll a (3124) and deflector roll b (3125) and setting being rotatably provided on vertically on link a (3122) are being led Cutter (3126) between roller a (3124) and deflector roll b (3125)；

It is described cut component b (313) include on sliding seat (311) guide rod b (3111) cooperation sliding sliding block b (3131), The link b (3132) that is fixedly connected with sliding block b (3131), setting link b (3132) end mounting bracket b (3133), The deflector roll c (3134) and deflector roll d (3135) and setting being rotatably provided on vertically on link b (3132) are being led Cutter groove (3136) between roller c (3134) and deflector roll d (3135).

6. a kind of pole group automation continous way coating system according to claim 4, which is characterized in that the driving mechanism (32) include be fixed on link a (3122) rack b (321), be fixed on link b (3132) rack c (322), The sliding sleeve (323) for being fixed on locating part (113) side, actuator (324), the rotation seat being slidably matched with the sliding sleeve (323) (325) and the gear assembly (326) that is rotatably provided on rotation seat (325)；

The actuator (324) includes the tooth-strip part of sliding part b (3241) and setting in sliding part b (3241) end (3242), the gear assembly (326) include the gear a (3261) coordinated with the tooth-strip part (3242) and with the gear The gear b (3262) that a (3261) is coaxially disposed and coordinates respectively with rack b (321) and rack c (322).

7. a kind of pole group automation continous way coating system according to claim 6, which is characterized in that the propulsive mechanism (41) include bearing (411), the horizontal sliding cylinder b (412) being mounted on bearing (411) and be fixed on horizontal sliding cylinder b (412) and stretch The other end of the pusher part (413) of contracting boom end, the sliding part b (3241) is fixedly connected with pusher part (413)；

The cladding mechanism (42) includes guide support (421), and guide groove is offered on the guide support (421) (4211), the front end of the guide groove (4211) is symmetrically set with for that will be cut with the propulsive mechanism (41) cooperation Pressing film roller a (422) on good film coated to pole group (10) and pressing film roller b (423).

8. a kind of pole group automation continous way coating system according to claim 4, which is characterized in that the rolling assembly A (252) and rolling assembly b (253) includes the rotating turret (2521) being fixedly connected with frame (241), is rotatably provided in and turns Shaft (2522) in moving frame (2521), the gear c for being coaxially fixed in shaft (2522) and coordinating with rack a (214) (2523) and coaxially the idler wheel (2524) being fixed in the shaft (2522) of gear c (2523) both sides.

9. a kind of pole group automation continous way coating system according to claim 4, which is characterized in that the switch piece (249) include the sliding block (2491) slided with adsorbent chamber (245) cooperation, the both sides of the sliding block (2491) are respectively arranged with and inhale The first slide bar (2492) and the second slide bar (2493) of the guide hole cooperation sliding opened up on attachment (242) front and back sides, it is right therewith That answers is being provided on the fixed frame (211) at the first unreeling structure (22) for being pushed with the first slide bar (2492) cooperation The direction of sliding block (2491) towards adsorption hole b (247) are mobile and cross the first shifting block (6) of connector (2451), close to second It is provided on fixed frame (211) at unreeling structure (23) for pushing sliding block (2491) towards suction with the second slide bar (2493) cooperation The direction of attached hole a (246) is mobile and crosses the second shifting block (7) of connector (2451).

10. a kind of pole group automation continous way coating system according to claim 4, which is characterized in that described first puts The conducting subassembly (5) for conducting membranes, the conducting subassembly are additionally provided at volume mechanism (22) and the second unreeling structure (23) (5) include the conduction roller a (51) and conduction roller b (52) for being fixed on fixed frame (211) and being symmetrical set.