WO2021208823A1 - 一种打扣涂布设备 - Google Patents

一种打扣涂布设备 Download PDF

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Publication number
WO2021208823A1
WO2021208823A1 PCT/CN2021/086382 CN2021086382W WO2021208823A1 WO 2021208823 A1 WO2021208823 A1 WO 2021208823A1 CN 2021086382 W CN2021086382 W CN 2021086382W WO 2021208823 A1 WO2021208823 A1 WO 2021208823A1
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WIPO (PCT)
Prior art keywords
roller
mounting
coating
buckle
plate
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Application number
PCT/CN2021/086382
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English (en)
French (fr)
Inventor
宋光辉
宋信信
赵长喜
王玉亮
王贝
赵宁
Original Assignee
山东华滋自动化技术股份有限公司
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Publication of WO2021208823A1 publication Critical patent/WO2021208823A1/zh

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    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01MPROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
    • H01M4/00Electrodes
    • H01M4/02Electrodes composed of, or comprising, active material
    • H01M4/04Processes of manufacture in general
    • H01M4/0402Methods of deposition of the material
    • H01M4/0419Methods of deposition of the material involving spraying
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01MPROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
    • H01M4/00Electrodes
    • H01M4/02Electrodes composed of, or comprising, active material
    • H01M4/04Processes of manufacture in general
    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01MPROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
    • H01M4/00Electrodes
    • H01M4/02Electrodes composed of, or comprising, active material
    • H01M4/04Processes of manufacture in general
    • H01M4/043Processes of manufacture in general involving compressing or compaction
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E60/00Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02E60/10Energy storage using batteries

Definitions

  • the invention relates to the technical field of electrode sheet production equipment, and in particular to a buttoning coating equipment.
  • Electrodes are widely used in the medical industry for testing and physical therapy.
  • the coating process is carried out.
  • Integrated processing equipment, and the semi-finished products after the buckle processing is completed on the buckle machine equipment because the electrode buckle parts are buckled on the material belt, interference is formed, and the subsequent processing is easy to cause the electrode buckle parts to wear or change the tension of the material, and the material is deformed.
  • It is impossible to use conventional processing equipment to realize subsequent processing such as coating, ultrasonic welding, stamping, and cutting contours, which makes the current electrode sheet production not only cumbersome, but also low in production efficiency and product qualification rate.
  • buttonsing coating equipment for electrode sheet production that can realize integrated processing of die-cutting, buttoning, testing, coating, ultrasonic welding, stamping, and cutting contours, not only has urgent research value, but also has good research value.
  • the economic benefits and industrial application potential of this invention are exactly the power and basis for the completion of the present invention.
  • the technical problem to be solved by the present invention is to provide a buttoning coating equipment to solve the problem that the current electrode plate production equipment cannot realize the integrated processing and production of electrode plates, and the production efficiency and product pass rate are low. problem.
  • the technical solution of the present invention is:
  • a buckle coating equipment includes a frame on which a die-cutting knife seat, a conveying knife seat and a composite knife seat are sequentially arranged on the frame, and a buckle device is arranged downstream of the composite knife seat, the buckle device At least one set is provided, a testing device is provided downstream of the buckle device, a buffer storage device is provided downstream of the testing device, a coating gluing device is provided downstream of the buffer storage device, and the coating gluing device is provided downstream of the buffer storage device.
  • An ultrasonic welding device is arranged downstream, a synchronous stamping device is arranged downstream of the ultrasonic welding device, a traction slitting device is arranged downstream of the synchronous stamping device, and a cross-cutting knife seat is arranged downstream of the traction slitting device.
  • the buckle device includes a buckle bottom plate installed on the frame, and a buckle mounting frame is installed on the buckle bottom plate and a button used to adjust the buckle mounting frame.
  • the first adjustment mechanism ;
  • a fixed wall panel is fixedly installed on the buckle mounting frame, the fixed wall panel is provided with a feed hole through which a feeding belt passes, and a punching mechanism is provided on the feed side of the fixed wall panel;
  • a feeding mechanism is provided on the top of the buckle mounting frame, a push buckle mechanism is correspondingly provided at the discharge end of the feeding track of the feeding mechanism, and a corresponding setting of the push buckle mechanism is also installed on the fixed wall plate. Press button mechanism.
  • the test device includes a test mounting seat installed on the frame, and a conveying bottom roller and a conveying pressure roller driven by a third driving device are rotatably installed on the test mounting seat.
  • a number of conveying rollers are provided on the conveying bottom roller, and the distance between the several conveying rollers is adapted to the electrode buckle fittings on the material belt, and the conveying pressure roller is arranged against the conveying bottom roller;
  • a conductive test frame is fixedly installed on one side of the test mounting seat, a conductive block is fixedly installed on the conductive test frame, and the conductive block is located at a position corresponding to the conveying gap between the conveying bottom roller and the conveying pressure roller
  • a plurality of detection cylinders are also installed on the conductive test frame, and a plurality of the detection cylinders are respectively located between two adjacent conveying rollers.
  • a conductive head is installed at the end of the piston rod of the detection cylinder. Both the head and the conductive block are connected with a conductive detection device;
  • An in-position detection frame is also installed on the other side of the test mounting seat, and a plurality of proximity detection switches are installed on the in-position detection frame, and the plurality of proximity detection switches are respectively arranged corresponding to the detection cylinders.
  • the buffer storage device includes an installation wall plate fixedly installed on the frame, and a plurality of accessory material passing rollers are rotatably installed on the installation wall plate, and the accessory material passing roller is It has a plurality of feed rollers, and the distance between the plurality of feed rollers is adapted to the structure of the electrode buckle fittings;
  • the mounting wall plate is also slidably mounted with a mobile mounting plate, the mobile mounting plate is rotatably mounted with a buffer passing roller, and the mounting wall plate is mounted to realize the second adjustment of the buffer adjustment of the mobile mounting plate mechanism.
  • the coating and gluing device includes a coating mounting seat installed on the frame, and a coating bottom roller driven by a fourth driving device is rotatably mounted on the coating mounting seat, An installation groove is opened on the surface of the coating bottom roller, and a stopper strip adapted to the structure of the electrode buckle fitting is fixedly installed in the installation groove;
  • the coating mounting seat is also rotatably installed with a coating press roller driven by a fifth driving device, the coating press roller is installed in parallel with the coating bottom roller, and the coating mounting seat is provided with A third adjusting mechanism for adjusting the distance between the coating press roller and the coating bottom roller;
  • a glue storage and glue separation mechanism is provided on one side of the coating mounting seat, and the glue storage and glue separation mechanism is correspondingly installed on the feeding side of the coating bottom roller and the coating pressure roller.
  • the ultrasonic welding device includes a welding mounting seat installed on the frame, a welding bottom roller driven by a sixth driving device is rotatably mounted on the welding mounting seat, and the welding bottom roller There are several indentation rollers on it;
  • a welding machine mounting plate and a second strip support plate are also installed on the welding mounting seat, and an ultrasonic welding machine and a fourth adjustment mechanism for realizing the adjustment of the ultrasonic welding machine are mounted on the welding machine mounting plate.
  • the ultrasonic welding machine is arranged corresponding to the indentation roller, the second strip support plate is located between the welding bottom roller and the welding machine mounting plate, and the second strip support plate is provided with and The indentation roller corresponds to the welding through hole provided.
  • the synchronous stamping device includes a stamping mounting frame mounted on the frame, a connecting base plate driven by a seventh driving device is slidingly mounted on the stamping mounting frame, and both ends of the connecting base plate Supporting rollers are respectively installed in rotation, and the supporting rollers are provided with a plurality of supporting rollers, and the distance between the plurality of supporting rollers is adapted to the electrode buckle fittings;
  • a stamping upper die mounting plate is fixedly installed above the connecting bottom plate, a stamping upper die is fixedly installed on the side of the stamping upper die mounting plate facing the connecting bottom plate, and the stamping upper die mounting plate is between the connecting bottom plate
  • the lower stamping die mounting plate driven by the eighth driving device is slidably installed, the lower stamping die mounting plate is slidably arranged in the vertical direction, and the lower stamping die mounting plate faces one side of the upper stamping die mounting plate
  • a punching die is fixedly installed on the side.
  • the traction slitting device includes a traction mounting seat and a slitting mounting seat connected to the traction mounting seat;
  • the traction mounting seat is rotatably installed with a traction bottom roller and a traction pressure roller driven by a ninth driving device.
  • Both the traction bottom roller and the traction pressure roller are provided with a plurality of traction rollers, and a plurality of said rollers are arranged on the same roller shaft.
  • the distance between the traction rollers is adapted to the electrode buckle fittings, and the traction rollers on the traction bottom roller and the traction pressure roller are arranged correspondingly;
  • the slitting mounting seat is rotatably installed with slitting bottom rollers, the slitting bottom rollers are connected to the traction bottom roller by a gear mechanism, and the slitting bottom rollers are provided with a plurality of slitting rollers,
  • the slitting rollers have a distance matching the electrode buckle fittings, and the slitting mounting seat is also equipped with pneumatic slitting knives respectively corresponding to the slitting rollers.
  • the cross-cutting knife holder includes a fixed bottom plate fixedly installed on the discharge end of the frame, and a cross-cut mounting seat is rotatably installed on the fixed bottom plate, and the cross-cutting mounting seat is connected to the fixed bottom plate.
  • a fifth adjustment mechanism for realizing rotation adjustment and positioning and fixing of the crosscut mounting seat is provided between the fixed bottom plates;
  • the cross-cutting mounting seat is rotatably installed with a cross-cutting bottom roller and a cross-cutting knife roller driven by a tenth driving device, the cross-cutting knife roller is arranged against the cross-cutting bottom roller, and the cross-cutting knife roller is Equipped with spiral cutter.
  • the rack is provided with mounting slide rails, the die-cutting knife holder, the conveying knife holder, the composite knife holder, the buckle device, the testing device, and the
  • the coating and gluing device, the ultrasonic welding device, and the bottom of the mounting seat of the traction and slitting device are all fixedly installed with mounting sliders, and are slidably mounted on the machine through the mounting sliders and the mounting rails. On the rack, and use the positioning bolts to locate and fix.
  • the buttoning and coating equipment is equipped with compact structure, and the coordinated actions of various devices can realize the integrated processing and production of die-cutting, buttoning, testing, coating, ultrasonic welding, stamping, and cutting shape electrode sheets, which can effectively avoid materials.
  • the occurrence of structural interference of the electrode buckle fittings will not cause wear of the electrode buckle fittings or material tension changes or material deformation during the processing process, and the production efficiency and production qualification rate are greatly improved.
  • Figure 1 is a schematic diagram of the structure of the present invention
  • FIG. 2 is a schematic diagram of the structure of the buckle device of the present invention.
  • Figure 3 is a schematic diagram of the structure of the push mechanism and the press buckle mechanism of the present invention.
  • Fig. 4 is another three-dimensional structural diagram of the buckle device of the present invention.
  • Figure 5 is a schematic diagram of the structure of the test device of the present invention.
  • Fig. 6 is another three-dimensional structural diagram of the testing device of the present invention.
  • Figure 7 is a schematic structural diagram of the buffer storage device of the present invention.
  • Figure 8 is a schematic diagram of the structure of the second adjusting mechanism of the present invention.
  • Figure 9 is a schematic diagram of the conveying structure of the buffer storage device of the present invention.
  • Figure 10 is a schematic diagram of the structure of the coating and gluing device of the present invention.
  • FIG. 11 is a schematic diagram of the structure of the glue storing and distributing mechanism of the present invention.
  • Figure 12 is a schematic diagram of the structure of the ultrasonic welding device of the present invention.
  • Figure 13 is a schematic diagram of the structure of the welding bottom roll of the present invention.
  • Figure 14 is a schematic diagram of the structure of the synchronous punching device of the present invention.
  • 15 is a schematic diagram of the installation structure of the seventh driving device of the present invention.
  • Figure 16 is a schematic sectional view of the synchronous punching device of the present invention.
  • Figure 17 is a schematic structural view of the stamping part of the synchronous stamping device of the present invention.
  • Figure 18 is a schematic diagram of the structure of the traction and slitting device of the present invention.
  • Figure 19 is another three-dimensional structural diagram of the traction and slitting device of the present invention.
  • Figure 20 is a schematic diagram of the structure of the tooth mechanism of the present invention.
  • Figure 21 is a schematic diagram of the structure of the cross-cutting tool holder of the present invention.
  • Figure 22 is a schematic diagram of the structure of the cross-cut bottom roll of the present invention.
  • Figure 23 is a schematic diagram of the structure of the cross-cutting knife roller of the present invention.
  • 6-Testing device 61-test mounting seat; 62-conveying bottom roller; 6201-conveying roller; 63-conveying pressure roller; 64-conductive test frame; 6401-first strip hole; 6402-second adjustment scale line; 65-conductive block; 66-detection cylinder; 67-conductive head; 68-mounting block; 6801-second strip hole; 69-in-position detection frame; 6901-notch; 6902-detection switch mounting hole; 610-close Detection switch
  • 7-Buffer storage device 71-Install the wall board; 72-Accessory feed roller; 7201-rotation shaft mounting seat; 7202-roller shaft; 7203-feed roller; 73-mobile mounting plate; 74-buffer feed roller; 7401-bumper roller mounting seat; 7402-rubber roller; 75-rail; 76-rail slider; 77- pulley mounting seat; 78- pulley; 79- connecting wire rope; 710- mound hanging; 711- counterweight; 71101- Bayonet; 712-linear displacement sensor; 713-connecting angle iron; 714-rod; 715-guide conveyor roller; 716-correcting mechanism;
  • 8-coating and gluing device 81-coating mounting seat; 8101-bottom plate mounting hole; 82-coating bottom roller; 8201-stop strip; 83-coating press roller; 84-first compression spring; 85-fixed Plate; 86-adjusting screw rod; 87-bearing seat mounting plate; 88-storage bottom plate; 89-gluing partition; 8901-bottom roller bayonet; 8902-press roller bayonet; 810-partition connecting plate; 811 -Diaphragm adjusting beam; 81101-third strip hole; 81102-fourth strip hole; 812-bottom plate mounting plate; 813-conveying roller;
  • 9-Ultrasonic welding device 91-welding mounting seat; 92-welding bottom roller; 9201-indentation roller; 93-welding machine mounting plate; 94-second strip support plate; 9401-welding through hole; 95-ultrasonic welding Machine; 96-Second Compression Spring; 97-Slide Seat; 98-Pole; 99-Top Plate; 910-Cushion Block;
  • 10-Synchronous stamping device 101- stamping mounting frame; 102- connecting base plate; 103- supporting roller; 10301- supporting roller; 104- stamping upper die mounting plate; 105- stamping upper die; 106- stamping lower die mounting plate 107-Stamping lower die; 108-Chasing slide rail; 109-Chasing slider; 1010-Chasing motor; 1011-Ball screw; 1012-Bottom plate connecting plate; 1013-Infrared photoelectric sensor; 1014-Displacement sensor 1015-Connecting pillar; 1016-limit sliding sleeve; 1017-stamping guide rod; 1018-stamping push plate; 1019-stamping cylinder; 1020-floating joint; 1021-fixed side plate; 1022-angle handle; 1023-stamping Cushion
  • 11- Traction slitting device 111- traction mounting seat; 112- slitting mounting seat; 113- traction bottom roller; 114- traction pressure roller; 11401- traction roller; 115- slitting bottom roller; 11501- slitting roller; 116-Pneumatic slitting knife; 117-Intermediate gear mounting plate; 118-Intermediate gear mounting shaft; 119-First transmission gear; 1110-Second transmission gear; 1111-First intermediate gear plate; 1112-Second intermediate gear Plate; 1113-third transmission gear; 1114-fourth transmission gear; 1115-fifth transmission gear; 1116-cutter slide rail; 1117-supporting strip mounting plate; 111701-fifth strip-shaped hole; 1118-supporting material bearing Bracket
  • this embodiment provides a button coating equipment, including a frame 1, on which the frame 1 is sequentially provided with a die-cutting knife holder 2, a conveying knife holder 3, and a composite knife holder 4.
  • the composite knife holder 4 There is a buttoning device 5 downstream, at least one set of buttoning device 5, a testing device 6 downstream of the buttoning device 5, a buffer storage device 7 downstream of the testing device 6, and a coating device 7 downstream of the buffer storage device.
  • the cloth gluing device 8, the coating gluing device 8 is equipped with an ultrasonic welding device 9 downstream, the ultrasonic welding device 9 is equipped with a synchronous punching device 10 downstream, and the synchronous punching device 10 is equipped with a traction slitting device 11 and a traction slitting device 11 A cross-cutting knife seat 12 is provided downstream.
  • the die cutting tool holder 2, the conveying tool holder 3 and the composite tool holder 4 all adopt the same tool holder structure of the current round knife die cutting machine to realize the traction, compounding and die-cutting of materials, which will not be repeated here. .
  • the snapping device 5 includes a snapping base plate 51 installed on the frame 1, and a snapping mounting frame 52 is slidably installed on the snapping base plate 51 and used to realize the adjustment of the snapping mounting frame 52.
  • the first adjustment mechanism a fixed wall board 53 is fixedly installed on the buckle mounting frame 52, the fixed wall board 53 is provided with a feeding hole 5301 through which the feed belt passes, and the feeding side of the fixed wall board 53 is provided with punching holes Mechanism; the top of the buckle mounting frame 52 is provided with a feeding mechanism, and the feeding end of the feeding track 517 of the feeding mechanism is provided with a push buckle mechanism, and the fixed wall plate 53 is also installed with a buckle mechanism corresponding to the push buckle mechanism. .
  • a buckle slide rail 54 is fixedly installed on the buckle bottom plate 51, and both ends of the buckle slide rail 54 are fixedly installed with stoppers, and the buckle slide rail
  • a buckle slider 55 is slidably installed on 54.
  • the buckle slider 55 is fixedly installed at the bottom of the buckle mounting frame 52.
  • the buckle mounting frame 52 is slidably installed on the buckle bottom plate 51 through the buckle slider 55 and the buckle slide 54. superior.
  • the first adjustment mechanism includes a transverse adjustment unit and a longitudinal adjustment unit; the transverse adjustment unit includes a fixing base 56 fixedly installed on the frame 1, and a fine adjustment screw 57 is rotatably installed on the fixing base 56.
  • the fine adjustment screw 57 is threadedly matched with the buckle bottom plate 51
  • the longitudinal adjustment unit includes an adjustment screw 58 that is mounted on the buckle bottom plate 51 through a bearing seat rotation, one end of the adjustment screw 58 is equipped with an adjustment handwheel 59, and a screw nut 510 is installed on the adjustment screw 58 in a threaded fit,
  • the screw nut 510 is fixedly connected to the buckle mounting frame 52; the first adjustment mechanism is provided, and the fine adjustment screw 57 can be rotated to realize the fine adjustment of the lateral position of the buckle mechanism in the material belt conveying direction.
  • the positioning bolt Positioning and fixing the buckle bottom plate 51 on the frame 1 and rotating the adjustment hand wheel 59 can realize the longitudinal position adjustment of the buckle mounting frame 52.
  • the position adjustment of the buckle device 5 can be realized through the first adjustment mechanism, which can realize the adjustment of the position of the buckle device 5.
  • the precise adjustment of the buckle position on the belt ensures that the buckle position is accurate.
  • the circumferential direction of the adjustment hand wheel 59 is provided with a first adjustment scale line 5901, and the provided first adjustment scale line 5901 serves as an auxiliary adjustment function of the adjustment hand wheel 59, and the adjustment is more precise.
  • the buckle mounting frame 52 is also fixedly installed with a first strip support plate 511, and the installed first strip support plate 511 plays a role in supporting the strip and prevents the strip from sagging, and the second strip support plate 94 penetrates the feed hole 5301, and there is a gap for the passage of the material belt between the fixed wall plate 53 and the second material belt support plate 94 has a distance suitable for the electrode buckle fittings.
  • the punching mechanism includes a pressing cylinder 512 and a punching cylinder 513 fixedly installed on the fixed wall board 53.
  • the pressing cylinder 512 and the punching cylinder 513 are located above and below the feed hole 5301, and the piston rod of the pressing cylinder 512
  • a pressing block 514 is fixedly installed at the end, and a punching through hole is opened on the pressing block 514.
  • a thimble 515 is fixedly installed at the end of the piston rod of the punching cylinder 513.
  • the inner diameter of the through hole is adapted; the material belt is conveyed to the punching mechanism, the pressing cylinder 512 moves, the pressing block 514 is driven to press the material belt, and then the punching cylinder 513 moves, driving the thimble 515 to punch into the punching through of the pressing block 514 In the hole, the material belt between the thimble 515 and the pressing block 514 can be pierced and punched.
  • the feeding mechanism can adopt a commercially available electrode buckle feeding structure, which includes an upper feeding assembly and a lower feeding assembly.
  • the hoppers 516 of the upper feeding assembly and the lower feeding assembly are respectively used for holding the electrode buckles.
  • Female buckle and male buckle, and a pair of male and female buckles are intermittently conveyed through the correspondingly set feeding track 517. Since the feeding mechanism adopts commercially available products, it will not be repeated here. For example, the application number of 201821073605 is adopted.
  • a feeding device of a buckle machine realizes electrode buckle feeding and conveying.
  • the push buckle mechanism includes a push buckle cylinder 518.
  • the push buckle cylinder 518 is provided between the feeding track 517 of the feeding mechanism
  • the connecting block 519, the end of the piston rod of the push buckle cylinder 518 is fixedly installed with a push rod 520, and the connecting block 519 is provided with a limit groove for the push rod 520 to limit sliding.
  • the push rod 520 is slidably installed in the limit groove, and The discharge end of the conveying track 517 is correspondingly arranged; the push buckle mechanism is provided, and the push buckle cylinder 518 acts to drive the push rod 520 to reciprocate and retract, and push the male and female buckle falling on the discharge end of the conveying track 517 to the buckle position .
  • the pressing mechanism includes a pressing cylinder 521, which is fixedly installed on the fixed wall plate 53 and pressing A buckle head 522 is fixedly installed at the end of the piston rod of the buckle cylinder 521, and a buckle block 523 is arranged under the buckle cylinder 521.
  • the buckle block 523 has a guide groove 52301 communicating with the conveying track 517, and a guide groove 52301
  • the end of the buckle is set corresponding to the buckle head 522; the buckle mechanism is provided, after a pair of male and female buckles are pushed to the buckle position by the push buckle mechanism, the two buckle cylinders 521 act in synchronization to drive the buckle head 522 to complete the click Buckle, realize the buckle processing on the material belt.
  • each buckle device 5 there are a plurality of buckle devices 5, and they are installed in sequence on the frame 1.
  • the position of each buckle device 5 is adjusted by the first adjusting mechanism, so as to realize the precise punching of multiple rows of electrode buckles on the material belt. Buckle processing.
  • the material belt is conveyed intermittently from the first belt support plate 511, and the belt is punched by a punching mechanism. After punching, the belt is conveyed backwards, and the electrode buckle is realized by the feeding mechanism.
  • the male and female buckle is conveyed by the push buckle mechanism to push the unloaded male and female buckle to the punching position on the material belt, and finally the press buckle mechanism completes the buckle action to realize the punching process on the material belt.
  • the test device 6 includes a test mounting seat 61 installed on the frame 1, and a conveying bottom roller 62 and a conveying pressure roller 63 driven by a third driving device are rotatably mounted on the test mounting seat 61.
  • the conveying bottom roller 62 is provided with a plurality of conveying rollers 6201, and the distance between the conveying rollers 6201 is adapted to the electrode buckle fittings on the material belt, and the conveying pressure roller 63 is arranged against the conveying bottom roller 62.
  • a conductive test frame 64 is fixedly installed on one side of the test mounting seat 61, and a conductive block 65 is fixedly mounted on the conductive test frame 64.
  • the conductive block 65 is installed at the corresponding position of the conveying gap between the conveying bottom roller 62 and the conveying pressure roller 63,
  • a number of detection cylinders 66 are also installed on the conductive test frame 64.
  • the detection cylinders 66 are respectively located between two adjacent conveying rollers 6201.
  • the end of the piston rod of the detection cylinder 66 is equipped with a conductive head 67. Both the conductive head 67 and the conductive block 65 are installed.
  • Connect with conductivity detection device In this embodiment, the conductivity detection device detects whether the electrode buckle is normally conductive by detecting whether the circuit is on or off.
  • Commercially available conventional technical products can be used, which are agreed by those skilled in the art, and therefore will not be repeated here.
  • a number of conveying rollers 6201 are slidably installed on the conveying bottom roller 62 along the axial direction of the conveying bottom roller 62, and are positioned and fixed by positioning bolts. Loosen the positioning bolts to adjust the distance between the conveying rollers 6201 and tighten the positioning again.
  • the bolt realizes the positioning and fixation of the conveying roller 6201 after adjustment, the adjustment is flexible and convenient, can be applied to the conductivity detection of electrode buckles of different specifications, and has strong versatility.
  • the conveying bottom roller 62 is connected to the third driving device in transmission, one end of the conveying bottom roller 62 is fixedly installed with a driving gear, and the same direction end of the conveying pressure roller 63 is fixedly installed with a driven gear, and the driven gear is connected with the driving gear.
  • the gears mesh, the conveying pressure roller 63 is connected to the conveying bottom roller 62 through the driven gear and the driving gear, the conveying bottom roller 62 rotates, and the conveying pressure roller 63 is driven to rotate synchronously to realize the conveying of the material belt.
  • a fixing block is fixedly installed on one side of the test mounting seat 61, and the conductive test frame 64 is fixedly installed on the fixing block by bolts.
  • the bottom of the conductive test frame 64 is provided with a first strip hole 6401, and the detection cylinder 66 passes through the first strip hole 6401 and is installed on the conductive test frame 64 using a positioning nut; Loosen the positioning nut to facilitate the sliding adjustment of the detection cylinder 66 according to the position of the electrode buckle on the material belt to ensure detection accuracy. After the adjustment is completed, the positioning is fixed.
  • the conductive test frame 64 is provided with a second adjustment scale line 6402 to realize the auxiliary adjustment of the detection cylinder 66; the second adjustment scale line 6402 is provided to realize the auxiliary adjustment of the detection cylinder 66, and the adjustment is more convenient ,accurate.
  • An in-position detection frame 69 is also installed on the other side of the test mounting seat 61, and a plurality of proximity detection switches 610 are installed on the in-position detection frame 69, and the plurality of proximity detection switches 610 are respectively arranged corresponding to the detection cylinder 66.
  • the other side of the test mounting seat 61 is fixedly installed with two corresponding mounting blocks 68
  • the mounting block 68 is provided with a second strip hole 6801
  • the in-position detection frame 69 passes through the second strip hole 6801 and Use positioning bolts to fix and install between the two mounting blocks 68
  • the in-position detection frame 69 is provided with a notch 6901 for the electrode buckle accessories to pass through
  • the in-position detection frame 69 is also provided with a strip-shaped detection switch mounting hole 6902, close to
  • the detection switch 610 is installed in the detection switch installation hole 6902.
  • the installation structure of the in-position detection frame 69 on the test mounting seat 61 and the installation structure of the proximity detection switch 610 on the in-position detection frame 69 can realize the adjustment of the front and rear and left and right positions of the proximity detection switch 610.
  • the position is adjusted so that it corresponds to the electrode buckle fittings on the conveying material belt, so as to realize the accurate detection of whether the electrode buckle is missed on the material belt.
  • the testing device 6 is provided, while the material belt is conveyed, it will not cause wear of the electrode buckle parts on the material belt, change in material tension, and material deformation.
  • the material belt is conveyed intermittently, and the electrode buckle parts are conveyed to the test.
  • the detection cylinder 66 moves, and the conductive head 67 is lifted up, so that the two sides of the electrode buckle are connected with the conductive block 65 and the conductive head 67 respectively, so as to realize the conductive detection of the electrode buckle and detect the electrode buckle energy. Whether it is normally conductive.
  • the conveyance passes through the proximity detection switch 610, and the proximity detection switch 610 detects whether there is an electrode buckle on the material belt and whether there is an electrode buckle missed. The quality of the deduction is qualified. If it is not qualified, the equipment will be shut down and manual intervention will be reminded.
  • the equipment is based on the processing procedures.
  • the front part of the button and detection device is intermittent feeding processing, and the subsequent processing procedures such as coating and gluing, ultrasonic welding, stamping, slitting and cross-cutting are all continuous feeding processing.
  • Some buffer storage devices 7 play the role of ensuring the coordination of intermittent feeding and uniform feeding, and make up for the accumulation of material bands generated when the intermittent stops.
  • the buffer storage device 7 includes a mounting wall 71 fixedly installed on the frame 1.
  • a number of accessory feed rollers 72 are rotatably installed on the mounting wall 71, and the accessory feed roller 72 has A number of feed rollers 7203, the distance between the number of feed rollers 7203 is adapted to the structure of the electrode buckle fittings;
  • a movable mounting plate 73 is slidably mounted on the mounting wall plate 71, and a buffer feed roller is rotatably mounted on the mobile mounting plate 73 74, and the installation wall plate 71 is equipped with a second adjustment mechanism to realize the buffer adjustment of the mobile installation plate 73.
  • the mounting wall panel 71 includes a first wall panel and a second wall panel fixedly installed on the first wall panel, and the movable mounting panel 73 is slidably mounted on the first wall panel and arranged corresponding to the second wall panel. And it is slidably arranged in the direction toward/away from the second wall panel, and the accessory feed roller 72 is rotated and installed on the second wall panel; of course, the installation wall panel 71 can also be an integral structure, and the installation wall panel 71 is implemented in The installation on the rack 1 is fixed.
  • the accessory feed roller 72 includes a rotating shaft mounting seat 7201, a roller shaft 7202 and a feed roller 7203.
  • the rotating shaft mounting seat 7201 is fixedly installed on the mounting wall 71
  • the roller shaft 7202 is rotatably installed in the rotating shaft mounting seat 7201
  • several feed rollers 7203 It is slidably mounted on the roller shaft 7202 and fixed by positioning bolts; the accessory feed roller 72 structure is provided.
  • the feed roller 7203 is slidably installed and fixed on the roller shaft 7202, which can be fixed according to the different electrode buckles on the belt.
  • the accessory specification adjusts the spacing between the feed rollers 7203, which can be applied to the synchronous buffering of material belts with various electrode buckle accessories, and has strong versatility.
  • the buffer roller 74 includes a buffer roller mounting seat 7401 and a rubber roller 7402.
  • the buffer roller mounting seat 7401 is fixedly installed on the movable mounting plate 73, and the rubber roller 7402 is rotatably mounted on the buffer roller mounting seat 7401; the buffer roller mounting seat 7401 is provided.
  • the top of the electrode buckle fittings is mostly flat.
  • the rubber roller 7402 is adopted, which has certain elasticity and can realize the smooth transition of the back of the material belt without causing the tension of the material to change.
  • Two parallel guide rails 75 are fixedly installed on the mounting wall 71.
  • a guide rail slider 76 is slidably installed on the guide rail 75.
  • the guide rail slider 76 is fixedly connected to the movable mounting plate 73.
  • the movable mounting plate 73 passes through the guide rail 75 and the guide rail slider 76. It is slidably installed on the installation wall 71.
  • the second adjustment mechanism includes pulley 78, connecting wire rope 79, mound 710 and counterweight 711.
  • a pulley mounting seat 77 is fixedly installed on the mounting wall 71, and the pulley 78 is rotatably installed on the pulley mounting seat 77, and the connecting wire rope 79 is wound around
  • On the pulley 78, one end of the connecting wire rope 79 is connected to the movable mounting plate 73, the mound hanger 710 is hung on the other end of the connecting wire rope 79, and the counterweight 711 is placed on the mound hanger 710; the second adjustment mechanism is provided,
  • the counterweight 711 can offset the gravity or sliding resistance of the buffering roller 74, the movable mounting frame and the guide rail slider 76, making the synchronous buffering operation of the entire device more stable, and the counterweight can be increased or decreased according to the tension of the material belt or the gravity of the sliding member Block 711 performs adaptation adjustments.
  • the counterweight 711 is provided with a bayonet 71101, and the counterweight 711 is placed on the mound hanger 710 through the bayonet 71101, which is convenient for assembly and disassembly.
  • One side of the movable mounting plate 73 is also provided with a linear displacement sensor 712, which is installed parallel to the guide rail 75, and is connected to the movable mounting plate 73; the linear displacement sensor 712 is provided to carry out the displacement of the movable mounting plate 73 Real-time detection means to realize the detection of the displacement of the buffer passing roller 74 and perform signal feedback.
  • the servo system in the subsequent process will ensure the uniform speed of the material belt according to the feedback signal.
  • the linear displacement sensor 712 is a slider-type linear displacement sensor 712
  • a connecting angle iron 713 is fixedly installed on the displacement mounting plate
  • a tie rod 714 is provided between the connecting angle iron 713 and the linear displacement sensor 712, and one end of the tie rod 714 passes through a bolt It is hingedly installed and connected, and the other end of the pull rod 714 is connected to the linear displacement sensor 712.
  • the mounting wall plate 71 is also rotatably installed with a guide conveying roller 715.
  • the guide conveying roller 715 plays the role of steering and conveying the material belt.
  • a correction mechanism 716 is provided between the guide conveying rollers 715.
  • the correction mechanism 716 can realize the correction of the material belt and ensure that the material belt does not deviate.
  • the structure of the guide conveying roller 715 is based on the different winding surface of the material belt frame.
  • 74 has the same structure, and the correction mechanism 716 adopts the same structure as that of the existing commercially available buffer device. Since the correction mechanism 716 is technical common knowledge known to those skilled in the art, it will not be repeated here.
  • the installation positions of the accessory feed roller 72 and the buffer feed roller 74 can be interchanged to meet the shape of the electrode buckle fitting on the material belt; by adding the accessory feed roller 72 And the number of buffering rollers 74, or increasing the distance between the upper and lower parts of the feeding roller 72 and the buffering roller 74, can make the device have a larger buffering range and a wider range of applicable speeds.
  • the buffer storage device 7 is provided, which is convenient for debugging, and can be adapted to the material belt buffer of different specifications of the electrode buckle fitting structure.
  • the material belt rack is transported between the accessory material passing roller 72 and the buffering material roller 74, because the accessories pass the material
  • the structure of the roller 72, the side of the material belt with the electrode buckle fittings is wound on the accessory feed roller 72, and the electrode buckle fittings are located between the feed rollers 7203, which will not affect the material belt tension change, deformation, etc., when the device
  • the buffer roller body will automatically adjust the upper and lower positions according to the tightness of the material belt to compensate for the material belt accumulation caused by the intermittent movement, realize the effective buffering of the material belt, and ensure the smooth and orderly movement of the material belt. Processing.
  • the coating and gluing device 8 includes a coating mounting seat 81 installed on the frame 1, and a coating bottom roller 82 driven by a fourth driving device is rotatably mounted on the coating mounting seat 81 ,
  • the coating bottom roller 82 is provided with a mounting groove on the roller surface, and a stopper 8201 adapted to the structure of the electrode buckle is fixedly installed in the mounting groove;
  • the coating mounting seat 81 is also rotatably installed with a fifth drive device driven Coating press roller 83, the coating press roller 83 and the coating bottom roller 82 are installed in parallel, and the coating mounting seat 81 is provided with a third adjustment mechanism for adjusting the distance between the coating press roller 83 and the coating bottom roller 82;
  • a glue storage and glue separation mechanism is provided on one side of the coating mounting seat 81, and the glue storage and glue separation mechanism is correspondingly installed on the feeding side of the coating bottom roller 82 and the coating pressure roller 83.
  • the number and shape of the installation grooves and the structure of the plug strip 8201 installed in the installation groove are designed according to the structure of the electrode buckle fittings on the material belt.
  • the structure of the plug strip 8201 can be replaced with different plug strips 8201, which can be adapted to the electrode of the corresponding specification structure. Coating processing of buckle accessories.
  • a first compression spring 84 is provided between the coating press roller 83 and the coating bottom roller 82.
  • the third adjustment mechanism includes a fixing plate 85, an adjusting screw 86 and a bearing seat mounting plate 87.
  • the fixing plate 85 is fixedly mounted on the coating mounting seat At the top of 81, the bearing seat mounting plate 87 is fixedly installed on the bearing seat of the coating press roller 83, the adjusting screw 86 is screwed and installed on the fixed plate 85, and the bottom of the adjusting screw 86 is rotatably connected with the bearing seat mounting plate 87.
  • the third adjusting mechanism is provided, because the adjusting screw 86 is threadedly connected with the fixing plate 85, and its bottom is rotatably connected with the bearing seat mounting plate 87.
  • rotating the adjusting screw 86 can realize the up and down of the coating press roller 83. Adjust to realize the fine adjustment of the gap between the coating bottom roller 82 and the coating pressure roller 83 to ensure the thickness of the coating. Not only the adjustment operation is simple and convenient, but also the current adjustment position can be positioned after adjustment; the coating bottom roller 82 and the coating pressure
  • the first compression spring 84 provided between the rollers 83 can always provide a lower pressure for the coating bottom roller 82 to ensure smooth transmission, eliminate the influence of vibration, and play an effective buffering effect.
  • the bottom of the coating mounting seat 81 is also rotatably installed with a transmission bottom shaft, the transmission bottom shaft is in transmission connection with the fourth driving device, one end of the transmission bottom shaft is fixedly installed with a driving gear, and the same end of the coating bottom roller 82 A driven gear is fixedly installed, and the driven gear meshes with the driving gear, and the fourth driving device drives the transmission bottom shaft to rotate, thereby driving the coating bottom roller 82 to rotate synchronously.
  • the glue storing and dispensing mechanism includes a glue storing bottom plate 88 and a glue separating partition 89.
  • the glue storing bottom plate 88 is installed on the coating mounting seat 81.
  • the end of the glue separating partition 89 near the knife seat of the circular knife machine is provided with a bottom roller bayonet 8901 that is compatible with the surface of the coating bottom roller 82 and a bottom roller bayonet 8901 that is compatible with the surface of the coating pressure roller 83.
  • the pressure roller bayonet 8902, the glue storage bottom plate 88 and the two adjacent glue dividing partitions 89 respectively form glue storage and glue separation grooves; the glue storage and glue separation mechanism provided is divided into a plurality of glue storage partitions by the glue separation partition 89
  • the glue tank can ensure that the coating bottom roller 82 and the coating pressure roller 83 are evenly supplied in the entire axial direction.
  • the bottom roller bayonet 8901 and the pressure roller bayonet 8902 opened by the glue partition 89 can achieve the same effect as the coating bottom
  • the effective cooperation of the roller 82 and the coating press roller 83 realizes effective and reliable material supply requirements.
  • a partition connecting plate 810 is fixedly installed on the glue dividing partitions 89.
  • a third strip hole 81101 is opened on the partition adjusting beam 811 along the length direction.
  • the partition connecting plate 810 passes through the third strip hole 81101 and uses positioning bolts. It is fixedly connected with the partition adjusting beam 811. Both ends of the partition adjusting beam 811 are also provided with a fourth strip hole 81102.
  • the partition adjusting beam 811 passes through the fourth strip hole 81102 and is fixedly installed in the coating installation using positioning bolts.
  • bottom plate mounting plates 812 are fixedly installed on both sides of the glue storage bottom plate 88, and bottom plate mounting holes 8101 are opened on both sides of the coating mounting seat 81. Coating mount 81 on.
  • the two sides of the coating mounting seat 81 are also rotatably installed with a conveying roller 813; the conveying roller 813 is installed to support and guide the incoming material and ensure the smooth conveying of the material belt.
  • the coating and gluing device 8 is provided.
  • the glue storage and glue distribution mechanism realizes uniform distribution and feeding.
  • the third adjustment mechanism can realize the adjustment of the distance between the coating bottom roller 82 and the coating pressure roller 83 to meet different coating thicknesses.
  • the stopper strip 8201 installed on the coating bottom roller 82 is designed according to the structure and specifications of the electrode buckle on the coating tape to ensure that the tape passes through the coating bottom roller 82 and the coating press roller 83. , It will not cause wear of the electrode buckle fittings on the material belt, change of material tension, material deformation, and meet the coating and gluing requirements for the material belt with the electrode buckle fitting structure.
  • the ultrasonic welding device 9 includes a welding mounting base 91 mounted on the frame 1.
  • the welding mounting base 91 is rotatably mounted with a welding bottom roller 92 driven by a sixth driving device, and the welding bottom roller 92
  • the welding mounting seat 91 is also equipped with a welding machine mounting plate 93 and a second material belt support plate 94, and the welding machine mounting plate 93 is equipped with an ultrasonic welding machine 95 and used to realize an ultrasonic welding machine
  • the fourth adjustment mechanism of the 95 adjustment, the ultrasonic welding machine 95 is arranged corresponding to the indentation roller 9201, the second strip support plate 94 is located between the welding bottom roller 92 and the welding machine mounting plate 93, and the second strip support plate 94
  • the second belt support plate 94 is installed to support the conveying belt and prevent the belt from passing through the ultrasonic welding machine 95 and the indentation roller
  • the phenomenon of sagging and stretching occurs, which affects the quality of ultrasonic welding.
  • the welding through hole 9401 opened on the second strip support plate 94 can make the indentation roller 9201 contact the strip, and the welding of the ultrasonic welding machine 95 makes the strip appear indentation The pattern shape on the surface of the roller 9201.
  • the bottom of the welding mounting base 91 is also rotatably installed with a transmission bottom shaft, the transmission bottom shaft is in transmission connection with the sixth driving device, and one end of the transmission bottom shaft is fixedly installed with a driving gear, A driven gear is fixedly installed at the same direction end of the welding bottom roller 92, the driven gear meshes with the driving gear, and the sixth driving device drives the transmission bottom roller to rotate, thereby driving the welding bottom roller 92 to rotate and realize welding transportation.
  • a second compression spring 96 is provided between the welding machine mounting plate 93 and the welding bottom roller 92, and the installed second compression spring 96 can eliminate the influence of vibration and play an effective buffering effect.
  • the bearing seats of the coating bottom roller 82 and the welding bottom roller 92 are fixedly installed with spring mounting plates, and the spring mounting plates are provided with a place for the compression springs.
  • Blind holes, the first compression spring 84 and the second compression spring 96 are respectively placed in the blind holes of the spring mounting plate; the installation of the compression spring is realized by the spring mounting plate, and the compression spring is not easy to fall out.
  • the fourth adjustment mechanism includes a sliding seat 97 slidably mounted on the welding machine mounting plate 93.
  • the sliding seat 97 is positioned and fixed by positioning bolts, and the sliding seat 97 is fixedly installed with a vertical rod 98.
  • the sliding seat 97 adjust the position of the ultrasonic welding machine 95 so that it corresponds to the indentation roller 9201 on the welding bottom roller 92. After the adjustment is completed, re-tighten the positioning bolt to achieve the current adjustment position. Positioning and fixing, the top plate 99 installed by the pole 98 and the adjusting nut can adjust the height and angle of the top plate 99, and then realize the height adjustment of the ultrasonic welding machine 95. At the same time, it can also adjust the plane inclination of the ultrasonic welding machine 95 welding head. , To ensure uniform welding.
  • a spacer 910 is also provided between the sliding seat 97 and the welding machine mounting plate 93.
  • the installed spacer 910 increases the positioning area between the sliding seat 97 and the welding machine mounting plate 93. Tighten the positioning bolts. After that, the spacer 910 is tightened to achieve positioning and fixation, to avoid the positioning bolts directly on the welding machine mounting plate 93, so as to avoid scratches after the positioning bolts are tightened, which affects the normal sliding between the sliding seat 97 and the welding machine mounting plate 93 .
  • the synchronous stamping device 10 includes a stamping mounting frame 101 installed on the frame 1.
  • the stamping mounting frame 101 is slidably mounted with a connecting base plate 102 driven by a seventh driving device.
  • the two ends of the connecting base plate 102 are respectively
  • a supporting roller 103 is rotatably installed.
  • the supporting roller 103 is provided with a plurality of supporting rollers 10301.
  • the distance between the supporting rollers 10301 is adapted to the electrode buckle fittings.
  • the supporting roller 103 serves as a support for the conveying belt ,
  • the guiding conveying function ensures the smooth conveying of the material belt and will not affect the electrode buckle fittings on the material belt.
  • a stamping upper die mounting plate 104 is fixedly installed above the connecting base plate 102.
  • the stamping upper die mounting plate 104 faces the side of the connecting base plate 102 and a stamping upper die 105 is fixedly mounted.
  • the stamping upper die mounting plate 104 and the connecting base plate 102 are slidably installed
  • the lower punching die mounting plate 106 is driven by the eighth driving device, the lower punching die mounting plate 106 is slidably arranged in the vertical direction, and the lower punching die mounting plate 106 faces the side of the upper punching die mounting plate 104 and is fixedly installed with a stamping Lower mold 107.
  • the stamping mounting frame 101 includes a supporting plate and a chase bottom plate fixedly mounted on the supporting plate, and the stamping mounting frame 101 is fixedly mounted on the frame 1 through the supporting plate.
  • a number of supporting rollers 10301 are slidably mounted on the rotating shaft of the supporting roller 103 and fixed by positioning bolts; the spacing of each supporting roller 10301 is adjusted according to the specifications of the electrode buckle fittings on the material belt, which can be adapted to the structure of the electrode buckle fittings.
  • the conveying of the material belt avoids tension changes and deformation of the material belt, and avoids the influence of the structure of the electrode buckle fittings on the material belt on the stamping quality. Because the supporting roller 10301 can be flexibly adjusted and positioned, the device can be applied to different specifications
  • the stamping process of the electrode buckle accessories material belt is highly versatile.
  • the stamping mounting frame 101 is equipped with two parallel material chasing slide rails 108, and the bottom of the connecting base plate 102 is fixedly installed with a chasing slider 109.
  • 109 is slidably mounted on the material chasing slide 108, and the connecting base plate 102 is slidably installed on the mounting frame through the material chasing slider 109 and the material chasing slide 108.
  • stoppers are fixedly installed at both ends of the material chasing slide rail 108, and the stoppers play a role of preventing derailment, so as to avoid accidents of accidental slippage of the stamping part from the chasing slide rail 108 during operation.
  • the seventh driving device includes a chase motor 1010, a ball screw 1011, and a bottom plate connecting plate 1012.
  • the chase motor 1010 is fixedly installed on the stamping mounting frame 101, the ball screw 1011 is rotatably mounted on the stamping mounting frame 101, and the ball screw One end of 1011 is connected to the feeder motor 1010 for transmission, the bottom plate connecting plate 1012 is screwed and installed on the ball screw 1011, and the bottom plate connecting plate 1012 is fixedly connected to the connecting bottom plate 102; because the bottom plate connecting plate 1012 is threadedly connected to the ball screw 1011 ,
  • the chase motor 1010 works to drive the ball screw 1011 to rotate, and then the bottom plate connecting plate 1012 drives the connecting bottom plate 102 to slide back and forth along the chase slide 108 through the bottom plate connecting plate 1012.
  • a motor mounting plate is fixedly installed on the chase bottom plate
  • the chase motor 1010 is fixedly installed on the motor mounting plate
  • the ball screw 1011 is rotatably mounted on the chase bottom plate by a bearing seat
  • one end of the ball screw 1011 Drive connection with the chase drive motor through a coupling is fixedly installed on the chase bottom plate
  • Two corresponding infrared photoelectric sensors 1013 are also fixedly installed on the chase bottom plate along the sliding direction of the connecting bottom plate 102.
  • One side of the bottom plate connecting plate 1012 is fixedly installed with a displacement sensor 1014.
  • the displacement sensor 1014 is located between the two infrared photoelectric sensors 1013. Between; the infrared photoelectric sensor 1013 installed on the chase bottom plate and the displacement sensing sheet 1014 installed on the side of the bottom connecting plate 1012, through the infrared photoelectric sensor 1013, the displacement sensing sheet 1014 can be sensed, thereby sensing the displacement of the connecting bottom plate 102, Realize precise control of the stamping and resetting of the device to ensure that the stamping part runs within a safe range.
  • a number of connecting pillars 1015 are provided between the stamping upper die mounting plate 104 and the connecting base plate 102, and the stamping upper die mounting plate 104 is fixedly installed on the connecting base plate through the connecting pillars 1015. 102 on.
  • connecting pillars 1015 are provided, and they are respectively provided at the four corner positions of the mounting plate 104 of the punching upper die.
  • a limit sliding sleeve 1016 is fixedly installed on the stamping upper die mounting plate 104, and the limit sliding sleeve 1016 is slidably installed with stamping
  • the guide rod 1017, the bottom end of the stamping guide rod 1017 is fixedly connected with the stamping lower die mounting plate 106, and the top end of the stamping guide rod 1017 is fixedly installed with a stamping push plate 1018; in this embodiment, there are four limit sliding sleeves 1016, And they are respectively set at the four corner positions of the mounting plate 104 of the punching upper die.
  • the limit sliding sleeve 1016 and the stamping guide rod 1017 realize the limit sliding of the stamping lower die mounting plate 106 in the vertical direction, and the sliding is stable, which provides a reliable guarantee for the smooth stamping of the material belt.
  • the eighth driving device includes a punching cylinder 1019.
  • the punching cylinder 1019 is located between the punching push plate 1018 and the punching upper die mounting plate 104.
  • the punching cylinder 1019 is fixedly installed on the punching upper die mounting plate 104, and the piston shaft of the punching cylinder 1019 floats
  • the joint 1020 is connected with the punching push plate 1018; the eighth driving device provided with the floating joint 1020 realizes the connection between the piston rod of the punching cylinder 1019 and the punching push plate 1018, and the piston rod of the punching cylinder 1019 expands and contracts to realize the punching drive.
  • 1020 can eliminate connection errors, ensure the smooth running of the stamping cylinder 1019, and at the same time play a protective role to extend the service life of the stamping cylinder 1019.
  • the lower die mounting plate 106 is provided with a lower die mounting groove
  • the lower die 107 is installed in the lower die mounting groove
  • the fixed side plate 1021 is fixedly installed on the lower die mounting plate 106
  • the upper stamping die 107 The die 105 is fixedly mounted on the mounting plate 104 of the punching upper die with bolts.
  • the lower punching die 107 is installed and fixed on the lower punching die mounting plate 106 by fixing the side plate 1021, and the disassembly, assembly and replacement operation is simple and convenient.
  • the end of the punching die 107 is also fixedly installed with an angle handle 1022; the angled handle 1022 is installed to facilitate the drawing of the punching die 107 when the punching die 107 is replaced, making the maintenance and replacement of the punching die 107 more convenient .
  • the side of the connecting bottom plate 102 facing the mounting plate 106 of the stamping die is also fixedly installed with a stamping cushion 1023.
  • the stamping cushion 1023 uses a rubber pad; the installed stamping cushion 1023 can play an effective buffering role , Reduce the impact of the resetting of the lower stamping die mounting plate 106, and realize the stamping reset protection of the components.
  • the seventh driving device drives the connecting base plate 102 to realize the reciprocating movement of the stamping part.
  • the material belt is continuously conveyed, and the eighth driving device drives the stamping part to stamp the material belt.
  • the stamping part Driven by the seventh driving device, the stamping part always keeps running synchronously with the material belt.
  • the stamping process of the material belt is realized within the stroke of the material chasing slide 108.
  • the seventh driving device and the eighth driving device are driven.
  • the device quickly returns to the position to perform stamping processing on the next section of the material belt. Repeatedly, the continuous running of the material belt is realized.
  • the stamping efficiency is greatly improved, and the stamping stability is good.
  • the traction and slitting device 11 includes a traction mounting seat 111 and a slicing mounting seat 112 connected to the traction mounting seat 111; the traction mounting seat 111 is rotatably installed with a traction bottom driven by a ninth driving device.
  • the roller 113 and the traction pressure roller 114, the traction bottom roller 113 and the traction pressure roller 114 are each provided with a number of traction rollers 11401, and the traction rollers 11401 arranged on the same roller shaft have a distance suitable for the electrode buckle fittings.
  • the feeding belt The electrode buckle fittings on the upper buckle pass, and the traction roller 11401 on the traction bottom roller 113 and the traction pressure roller 114 are arranged correspondingly.
  • the slitting bottom roller 115 is rotatably installed on the slitting mounting seat 112, and the slitting bottom roller 115 is connected to the traction bottom roller 113 by a gear mechanism, and the slitting bottom roller 115 is installed
  • the slitting mounting seat 112 is also equipped with pneumatic slitting knives 116 corresponding to the slitting rollers 11501.
  • the strip roller 11501 drives the pneumatic slitting knife 116 to rotate synchronously to realize the slitting of the strip, and the strip is cut into strips arranged in a single electrode buckle accessory arrangement.
  • the pneumatic slitting knife 116 is a commercially available product. Do not repeat it.
  • one end of the traction bottom roller 113 is in transmission connection with the ninth driving device, one end of the traction bottom roller 113 is fixedly installed with a driving gear, and the same direction end of the traction pressure roller 114 is fixedly installed with a driven gear.
  • the ninth driving device drives the traction bottom roller 113 to rotate, and drives the traction pressure roller 114 to rotate synchronously to realize the traction and transportation of the material belt.
  • the tooth mechanism includes a tooth mounting plate 117, which is fixedly installed between the traction mounting seat 111 and the slitting mounting seat 112.
  • the tooth mounting plate 117 is provided with a tooth mounting shaft 118 and a tooth mounting shaft 118.
  • the first transmission gear 119 and the second transmission gear 1110 are rotatably installed with deep groove ball bearings.
  • the first transmission gear 119 and the second transmission gear 1110 are connected by a locating pin for synchronous rotation.
  • the intermediate tooth mounting shaft 118 is also rotatably installed with a A toothed plate 1111 and a second toothed plate 1112, the first toothed plate 1111 and the second toothed plate 1112 are fixedly installed on the toothed mounting shaft 118 by fastening screws; the first toothed plate 1111 and the second toothed plate A transmission shaft is fixedly installed on the tooth plate 1112.
  • the transmission shaft of the first intermediate tooth plate 1111 is rotatably installed with a third transmission gear 1113 meshing with the first transmission gear 119 on the transmission shaft of the first intermediate tooth plate 1111.
  • the third transmission gear 1113 and The traction bottom roller 113 is connected for transmission; the fourth transmission gear 1114 and the fifth transmission gear 1115 are installed on the transmission shaft of the second intermediate tooth plate 1112 by means of deep groove ball bearings, and the fourth transmission gear 1114 and the fifth transmission gear 1115 are positioned The pins are connected in synchronous rotation, the fourth transmission gear 1114 is meshed with the second transmission gear 1110, and the fifth transmission gear 1115 is in transmission connection with the slit bottom roller 115.
  • the third transmission gear 1113 meshes with the driving gear on the traction bottom roller 113, and a driven gear for power transmission is also fixedly installed on the slit bottom roller 115.
  • the fifth transmission gear 1115 and the slit bottom roller The driven gears on 115 mesh.
  • the provision of the intermediate gear mechanism realizes the transmission connection between the traction bottom roller 113 and the slitting bottom roller 115, and realizes the traction drive and the slitting drive through a set of driving device, which saves a set of slitting drive device, cost and energy
  • the consumption is greatly reduced, and the overall structure of the device is compact.
  • the first intermediate gear plate 1111 and the second intermediate gear plate 1112 are installed by tightening screws. 1112 rotates and adjusts around the mounting end to realize the adaptive meshing between the third transmission gear 1113 and the driving gear on the traction bottom roller 113, and the fifth transmission gear 1115 and the driven gear on the slit bottom roller 115. After adjusting to the meshing state , Tighten the fastening bolts to realize the current positioning, which is convenient and practical.
  • the specifications of the first transmission gear 119, the third transmission gear 1113, and the fifth transmission gear 1115 are the same, and the transmission speed ratio adjustment is achieved through the second transmission gear 1110 and the fourth transmission gear 1114, so that the third transmission gear 1113 and The transmission speed ratio of the fifth transmission gear 1115 is between 1:1.2 and 1:1.8.
  • the transmission ratio of the third transmission gear 1113 and the fifth transmission gear 1115 is 1:1.5.
  • the speed of the slitting bottom roller 115 is greater than that of the traction bottom roller 113, which can effectively prevent the movement of the tape from being blocked during the slitting movement and avoid the tape
  • the wrinkles or even accumulation between the traction bottom roller 113 and the slitting bottom roller 115 ensure that the slitting effect is not affected.
  • the first transmission gear 119, the third transmission gear 1113, and the fifth transmission gear 1115 are all 50-tooth gears
  • the second transmission gear 1110 is a 66-tooth gear
  • the fourth transmission gear 1114 is a 44-tooth gear.
  • the slitting mounting seat 112 is also fixedly installed with a cutter slide rail 1116.
  • the pneumatic slitting knife 116 is slidably installed on the cutter slide 1116, and is positioned and fixed by positioning bolts; the pneumatic slitting knife 116 is mounted on the slitting mounting seat.
  • the structure that is slidably installed on the 112 and fixed by positioning bolts facilitates the flexible adjustment of the pneumatic slitting knife 116 according to the position of the strip to be slit to ensure accurate slitting.
  • the feeding side of the traction mounting seat 111 and the discharging side of the slitting mounting seat 112 are respectively fixedly installed with a supporting strip mounting plate 1117, and a plurality of supporting strips 1118 are installed between the two supporting strip mounting plates 1117;
  • the pallet mounting plate 1117 is provided with a fifth strip hole 111701, and the pallet supporting strip 1118 is fixedly installed on the pallet mounting plate 1117 through the fifth strip hole 111701 and fixedly installed on the pallet mounting plate 1117 with positioning bolts; 1118, plays the role of supporting and supporting the material belt and the material strip after slitting, to avoid the material belt from sagging, the material supporting strip 1118 passes through the fifth strip hole 111701 and is installed by the positioning bolt, which can realize the supporting material
  • the spacing between the supporting strips 1118 is adjusted to adapt to the supporting and conveying of different specifications of electrode buckle fittings, which has strong versatility.
  • the traction and slitting device 11 is provided with a single drive device to drive, which greatly reduces the cost and energy consumption.
  • the traction and slitting processing are coordinated to realize the accurate slitting and processing of the material belt, which not only runs smoothly and reliably, but also does not Affect the electrode buckle fittings on the material belt.
  • the cross-cutting knife holder 12 includes a fixed bottom plate 121 fixedly installed at the discharge end of the frame 1.
  • the bottom plate 121 is provided with a fifth adjusting mechanism for realizing the rotation adjustment and positioning and fixing of the crosscut mounting seat 122;
  • the crosscut mounting seat 122 is rotatably installed with a crosscut bottom roller 123 and a crosscut knife roller 124 driven by a tenth driving device.
  • the cross-cutting knife roller 124 is arranged against the cross-cutting bottom roller 123, and the cross-cutting knife roller 124 is provided with a spiral cutter 12401.
  • the bottom of the cross-cutting mounting seat 122 is also rotatably installed with a transmission bottom shaft, which is in transmission connection with the tenth driving device, and one end of the transmission bottom shaft is fixedly installed with a driving gear, a cross-cut bottom roller 123 and a cross-cutting knife.
  • the driven gears are fixedly installed at the same ends of the rollers 124.
  • the driven gears on the cross-cutting bottom roller 123 mesh with the driving gears on the rotating bottom shaft.
  • the driven gears on the cross-cutting knife roller 124 and the cross-cutting bottom roller are meshed with each other.
  • the driven gears on 123 mesh, and the tenth drive device drives the transmission bottom shaft to rotate, thereby driving the cross-cutting bottom roller 123 and the cross-cutting knife roller 124 to rotate synchronously, so as to realize the slitting of the strip after slitting and cutting the strip It is a single finished electrode sheet.
  • a rotation axis is provided in the middle position of the fixed bottom plate 121, and the mounting base is rotatably mounted on the fixed bottom plate 121 through the rotation axis, and can rotate around the rotation axis.
  • the fifth adjustment mechanism includes a positioning screw 125 and a positioning bolt; both ends of the fixed bottom plate 121 are respectively fixedly installed with end plates, the positioning screw 125 is screwed and installed on the end plate, and the two positioning screws 125 are correspondingly arranged in positioning.
  • the threaded ends of the two positioning screw rods 125 respectively abut on both sides of one end of the transverse mounting base 122; both ends of the bottom of the transverse mounting base 122 are provided with arc-shaped grooves 12201 centered on the rotation axis, and the transverse mounting
  • the seat 122 passes through the arc-shaped slot 12201 and is positioned and fixed on the fixed bottom plate 121 by using positioning bolts.
  • the fifth adjustment mechanism is provided.
  • the adjustment limit function of the crosscut mounting seat 122 after the adjustment is completed, re-tighten the positioning bolts to realize the positioning and fixation of the current adjustment position, the adjustment operation is simple and convenient, and the crosscut installation is realized through the positioning screw 125 and the positioning bolt
  • the dual positioning of the seat 122 is fixed, and the positioning is firm and reliable.
  • the end plate and the positioning screw 125 are installed at the end of the transverse mounting base 122 away from the tenth driving device. After being installed on the frame 1, the end plate and the positioning screw 125 are located on the outside to facilitate adjustment operations.
  • one end of the transversal mounting seat 122 is also provided with a third adjustment scale 12202; the third adjustment scale 12202 is provided, and the transversal mounting seat 122 is rotated and adjusted according to the adjustment scale, and the adjustment is more precise and convenient. .
  • the helical cutter 12401 adopts a large helix angle design.
  • the helix angle of the helical cutter 12401 is in the range of 2-10°, and the cross-cutting mount 122 can be rotated by ⁇ 10°, when in use, the cross-cutting mounting seat 122 is rotated and adjusted according to the spiral inclination of the spiral cutter 12401.
  • a number of asynchronous grooves 12301 are uniformly opened on the roller surface of the cross-cut bottom roller 123.
  • a knife anvil 12302 is formed between two adjacent asynchronous grooves 12301, and the knife anvil 12302 corresponds to the spiral cutter 12401;
  • the bottom roller 123 structure, the opening anvil 12301 formed between the asynchronous groove 12301 and the asynchronous groove 12301, the cross-cut bottom roller 123 and the cross-cutting knife roller 124 drive and rotate, the spiral cutter 12401 and the knife anvil 12302 realize the alignment of the strip It can realize the asynchronous movement of the spiral cutter 12401 and the material strip by rotating to the position of the asynchronous groove 12301.
  • the asynchronous movement can reduce the diameter of the cross cutter roller 124.
  • the tenth drive device controls the cross cutter roller 124 and
  • the rotation of the cross-cut bottom roller 123 can realize the cross-cutting of finished products with multiple sizes and specifications. It has strong versatility and greatly reduces the processing difficulty and cost.
  • the opened asynchronous slot 12301 can realize cross-cutting of the strip with electrode buckle accessories. , Will not affect the electrode buckle on the strip, and the qualified rate of finished products is effectively guaranteed.
  • the cross-cutting knife seat 12 is designed with a large helix angle of the cross-cutting knife.
  • the spiral-shaped cutting knife 12401 and the cross-cut bottom roller 123 are cut in point contact, which greatly reduces the loss of the cutting knife.
  • the cross-cut mounting seat 122 is rotated and installed through the rotating shaft and the fifth adjustment mechanism is provided. According to the spiral inclination of the helical cutter 12401, the cross-cut mounting seat 122 can be rotated and positioned to offset the spiral.
  • the cutting angle generated by the cutting blade 12401 during cutting ensures that the tangent line of the finished electrode sheet that is cut transversely is perpendicular to the edge line without oblique angle, so as to achieve accurate transverse cutting and ensure the processing accuracy.
  • Mounting slide rails are installed on frame 1, die cutting knife holder 2, conveying knife holder 3, composite knife holder 4, buckle device 5, testing device 6, coating and gluing device 8, ultrasonic welding device 9 and traction slitting
  • the bottom of the mounting seat of the device 11 is fixedly installed with mounting sliders, and is slidably mounted on the frame 1 through the mounting sliders and mounting slide rails, and is positioned and fixed by positioning bolts; in this embodiment, the above-mentioned tool holders and devices
  • the bases each include an installation bottom plate and vertical plates respectively fixedly installed at both ends of the installation bottom plate. U-shaped installation grooves are opened on the vertical plates, and the U-shaped installation grooves of the two vertical plates are correspondingly arranged.
  • the mounting slider is fixedly installed at the bottom of the mounting base, and the end of the mounting base of each mounting seat is provided with positioning holes for positioning and fixing on the frame 1.
  • the above-mentioned tool holders and devices are adjusted according to the processing procedure. After the completion, the positioning bolts are used to pass through the positioning holes and threaded to the frame 1 to achieve positioning and fixation.
  • the transmission bottom shaft of the seat 12 is installed in the middle of the two vertical plates through the bearing seats at both ends; the die cutting knife seat 2, the conveying knife seat 3, the composite knife seat 4, the test device 6, the pressure roller of the traction and slitting device 11, and the coating
  • the bottom roller and pressure roller of the cloth gluing device 8, the bottom roller of the ultrasonic welding device 9 and the welding machine mounting plate 93, and the bottom roller and knife roller of the cross-cutting knife holder 12 are all slidably mounted on the U-shaped through the bearing holders at both ends. Installation slot.
  • the sixth adjustment mechanism is fixedly installed.
  • the sixth adjustment mechanism includes a cross beam, a positioning block and a top rod.
  • the cross beam is fixedly installed on the top of the mounting seat, the positioning block is slidably installed in the U-shaped mounting groove, and the top rod and the cross beam are threaded and installed, and The bottom end is rotatably connected with the positioning block, and the adjustment, disassembly, maintenance, and replacement of the knife holder or device components are facilitated through the sixth adjustment mechanism.
  • the third drive device, the fourth drive device, the fifth drive device, the sixth drive device, the ninth drive device, and the tenth drive device all include a drive motor, a reducer and a coupling, and the drive motor output shaft It is connected in transmission with the input shaft of the reducer, and the output shaft of the reducer is connected in transmission with the coupling, and the transmission connection of the transmission parts of each device is realized through the coupling.
  • the buttoning and coating equipment based on the above structure has a compact structure, and the coordinated actions of each device can realize the integrated processing of die-cutting, buttoning, testing, coating, ultrasonic welding, punching, and cutting of the shape of the electrode sheet.
  • Production can effectively avoid the occurrence of structural interference of the electrode buckle fittings on the material belt, and will not cause wear of the electrode buckle fittings or material tension changes or material deformation during the processing process, and the production efficiency and production qualification rate are greatly improved.

Abstract

本发明属于电极片生产设备技术领域,提供了一种打扣涂布设备,包括机架,机架上依次设有模切刀座、输送刀座、复合刀座,复合刀座下游至少设有一组打扣装置,打扣装置下游设有测试装置,测试装置下游设有缓冲蓄料装置,缓冲蓄料装置下游设有涂布涂胶装置,涂布涂胶装置下游设有超声波焊接装置,超声波焊接装置下游设有同步冲压装置,同步冲压装置下游设有牵引分条装置,牵引分条装置下游设有横切刀座。本发明各装置配合动作,可实现模切、打扣、测试、涂布、超声波焊接、冲压、切外形的电极片一体化加工生产,有效避免了电极扣配件结构干涉现象的发生,加工过程中不会导致电极扣配件磨损或材料张力变化、材料变形,生产效率及合格率大大提高。

Description

一种打扣涂布设备 技术领域
本发明涉及电极片生产设备技术领域,尤其涉及一种打扣涂布设备。
背景技术
电极片,广泛应用于医疗行业,用作检测、理疗等使用。电极片生产过程中,在料带上进行电极扣打扣之后,要进行涂布加工,目前,虽然有单独的打扣机、涂布机设备,但仍没有可以实现电极片打扣、涂布一体化加工的设备,且在打扣机设备完成打扣加工后的半成品,由于电极扣配件扣在料带上,形成干涉,在后续加工时易导致电极扣配件磨损或材料张力变化、材料变形,无法用常规的加工设备实现后续的涂布、超声波焊接、冲压、切外形等加工,使得目前的电极片生产不但操作繁琐,且生产效率及产品合格率低。
因此,开发一种可实现模切、打扣、测试、涂布、超声波焊接、冲压、切外形等一体化加工的电极片生产用打扣涂布设备,不但具有迫切的研究价值,也具有良好的经济效益和工业应用潜力,这正是本发明得以完成的动力所在和基础。
发明内容
为了克服上述所指出的现有技术的缺陷,本发明人对此进行了深入研究,在付出了大量创造性劳动后,从而完成了本发明。
具体而言,本发明所要解决的技术问题是:提供一种打扣涂布设备,以解决目前的电极片生产设备无法实现电极片的一体化加工生产,且生产效率及产 品合格率低的技术问题。
为解决上述技术问题,本发明的技术方案是:
一种打扣涂布设备,包括机架,所述机架上依次设有模切刀座、输送刀座和复合刀座,所述复合刀座下游设有打扣装置,所述打扣装置至少设有一组,所述打扣装置下游设有测试装置,所述测试装置下游设有缓冲蓄料装置,所述缓冲蓄料装置下游设有涂布涂胶装置,所述涂布涂胶装置下游设有超声波焊接装置,所述超声波焊接装置下游设有同步冲压装置,所述同步冲压装置下游设有牵引分条装置,所述牵引分条装置下游设有横切刀座。
作为一种改进的技术方案,所述打扣装置包括安装于所述机架上的打扣底板,所述打扣底板上安装有打扣安装架以及用以实现所述打扣安装架调节的第一调节机构;
所述打扣安装架上固定安装有固定墙板,所述固定墙板上开设有供料带通过的走料孔,且所述固定墙板的进料侧设有冲孔机构;
所述打扣安装架顶部设有供料机构,所述供料机构的输料轨道出料端对应设有推扣机构,所述固定墙板上还安装有与所述推扣机构对应设置的压扣机构。
作为一种改进的技术方案,所述测试装置包括安装于所述机架上的测试安装座,所述测试安装座上转动安装有第三驱动装置驱动的输送底辊和输送压辊,所述输送底辊上设有若干输送滚轮,若干所述输送滚轮间具有与料带上电极扣配件相适配的间距,所述输送压辊贴靠所述输送底辊设置;
所述测试安装座的一侧固定安装有导电测试架,所述导电测试架上固定安装有导电块,所述导电块于所述输送底辊和所述输送压辊间的输料间隙对应位置处安装,所述导电测试架上还安装有若干检测气缸,若干所述检测气缸分别位于相邻两所述输送滚轮之间,所述检测气缸的活塞杆端部安装有导电头,所 述导电头、所述导电块均与导电检测装置连接;
所述测试安装座的另一侧还安装有在位检测架,所述在位检测架上安装有若干接近检测开关,若干所述接近检测开关分别与所述检测气缸对应设置。
作为一种改进的技术方案,所述缓冲蓄料装置包括固定安装于所述机架上的安装墙板,所述安装墙板上转动安装有若干配件过料辊,所述配件过料辊上具有若干过料滚轮,若干所述过料滚轮间具有与电极扣配件结构相适配的间距;
所述安装墙板上还滑动安装有移动安装板,所述移动安装板上转动安装有缓冲过料辊,且所述安装墙板上安装有用以实现所述移动安装板缓冲调节的第二调节机构。
作为一种改进的技术方案,所述涂布涂胶装置包括安装于所述机架上的涂布安装座,所述涂布安装座上转动安装有第四驱动装置驱动的涂布底辊,所述涂布底辊的辊面上开设有安装槽,所述安装槽内固定安装有与电极扣配件结构相适配的塞条;
所述涂布安装座上还转动安装有第五驱动装置驱动的涂布压辊,所述涂布压辊与所述涂布底辊平行安装,且所述涂布安装座上设有用以实现所述涂布压辊与所述涂布底辊间距调节的第三调节机构;
所述涂布安装座一侧设有存胶分胶机构,所述存胶分胶机构于所述涂布底辊和所述涂布压辊的进料侧对应安装。
作为一种改进的技术方案,所述超声波焊接装置包括安装于所述机架上的焊接安装座,所述焊接安装座上转动安装有第六驱动装置驱动的焊接底辊,所述焊接底辊上设有若干压痕滚轮;
所述焊接安装座上还安装有焊接机安装板和第二料带托板,所述焊接机安装板上安装有超声波焊接机以及用以实现所述超声波焊接机调节的第四调节机 构,所述超声波焊接机与所述压痕滚轮对应设置,所述第二料带托板位于所述焊接底辊和所述焊接机安装板之间,且所述第二料带托板上开设有与所述压痕滚轮对应设置的焊接通孔。
作为一种改进的技术方案,所述同步冲压装置包括安装于所述机架上的冲压安装架,所述冲压安装架上滑动安装有第七驱动装置驱动的连接底板,所述连接底板两端分别转动安装有托料辊,所述托料辊上具有若干托料滚轮,若干所述托料滚轮间具有与电极扣配件相适配的间距;
所述连接底板的上方固定安装有冲压上模安装板,所述冲压上模安装板朝向所述连接底板的一侧固定安装有冲压上模,所述冲压上模安装板与所述连接底板之间滑动安装有第八驱动装置驱动的冲压下模安装板,所述冲压下模安装板于竖直方向上往复滑动设置,且所述冲压下模安装板朝向所述冲压上模安装板的一侧固定安装有冲压下模。
作为一种改进的技术方案,所述牵引分条装置包括牵引安装座和与所述牵引安装座相连接的分条安装座;
所述牵引安装座上转动安装有第九驱动装置驱动的牵引底辊和牵引压辊,所述牵引底辊和所述牵引压辊上均设有若干牵引滚轮,同辊轴设置的若干所述牵引滚轮间具有与电极扣配件相适配的间距,且所述牵引底辊和所述牵引压辊上的所述牵引滚轮对应设置;
所述分条安装座上转动安装有分条底辊,所述分条底辊通过介齿机构与所述牵引底辊传动连接,且所述分条底辊上设有若干分条滚轮,若干所述分条滚轮间具有与电极扣配件相适配的间距,所述分条安装座上还安装有分别与所述分条滚轮对应设置的气压式分切刀。
作为一种改进的技术方案,所述横切刀座包括固定安装于所述机架出料端 的固定底板,所述固定底板上转动安装有横切安装座,且所述横切安装座与所述固定底板间设有用以实现所述横切安装座旋转调节并定位固定的第五调节机构;
所述横切安装座上转动安装有第十驱动装置驱动的横切底辊和横切刀辊,所述横切刀辊贴靠所述横切底辊设置,且所述横切刀辊上设有螺旋状切刀。
作为一种改进的技术方案,所述机架上设有安装滑轨,所述模切刀座、所述输送刀座、所述复合刀座、所述打扣装置、所述测试装置、所述涂布涂胶装置、所述超声波焊接装置和所述牵引分条装置的安装座底部均固定安装有安装滑块,且通过所述安装滑块、所述安装滑轨滑动安装于所述机架上,并利用定位螺栓定位固定。
采用了上述技术方案后,本发明的有益效果是:
设有的该打扣涂布设备,结构紧凑,各装置配合动作,可实现模切、打扣、测试、涂布、超声波焊接、冲压、切外形的电极片一体化加工生产,能够有效避免料带上电极扣配件结构干涉现象的发生,在加工过程中不会导致电极扣配件磨损或材料张力变化、材料变形,生产效率及生产合格率大大提高。
附图说明
为了更清楚地说明本发明具体实施方式或现有技术中的技术方案,下面将对具体实施方式或现有技术描述中所需要使用的附图作简单地介绍。在所有附图中,类似的元件或部分一般由类似的附图标记标识。附图中,各元件或部分并不一定按照实际的比例绘制。
图1为本发明的结构示意图;
图2为本发明打扣装置的结构示意图;
图3为本发明推料机构与压扣机构配合的结构示意图;
图4为本发明打扣装置的另一立体结构示意图;
图5为本发明测试装置的结构示意图;
图6为本发明测试装置的另一立体结构示意图;
图7为本发明缓冲蓄料装置的结构示意图;
图8为本发明第二调节机构的结构示意图;
图9为本发明于缓冲蓄料装置的输送结构示意图;
图10为本发明涂布涂胶装置的结构示意图;
图11为本发明存胶分胶机构的结构示意图;
图12为本发明超声波焊接装置的结构示意图;
图13为本发明焊接底辊的结构示意图;
图14为本发明同步冲压装置的结构示意图;
图15为本发明第七驱动装置的安装结构示意图;
图16为本发明同步冲压装置的剖视结构示意图;
图17为本发明同步冲压装置冲压部分的结构示意图;
图18为本发明牵引分条装置的结构示意图;
图19为本发明牵引分条装置的另一立体结构示意图;
图20为本发明介齿机构的结构示意图;
图21为本发明横切刀座的结构示意图;
图22为本发明横切底辊的结构示意图;
图23为本发明横切刀辊的结构示意图;
附图标记:1-机架;2-模切刀座;3-输送刀座;4-复合刀座;5-打扣装置;51-打扣底板;52-打扣安装架;53-固定墙板;5301-走料孔; 54-打扣滑轨;55-打扣滑块;56-固定座;57-微调螺杆;58-调节丝杠;59-调节手轮;5901-第一调节刻度线;510-丝杠螺母;511-第一料带托板;512-压料气缸;513-冲孔气缸;514-压块;515-顶针;516-料斗;517-输料轨道;518-推扣气缸;519-连接块;520-推杆;521-压扣气缸;522-打扣头;523-压扣块;52301-导料槽;
6-测试装置;61-测试安装座;62-输送底辊;6201-输送滚轮;63-输送压辊;64-导电测试架;6401-第一条形孔;6402-第二调节刻度线;65-导电块;66-检测气缸;67-导电头;68-安装块;6801-第二条形孔;69-在位检测架;6901-槽口;6902-检测开关安装孔;610-接近检测开关;
7-缓冲蓄料装置;71-安装墙板;72-配件过料辊;7201-转轴安装座;7202-滚轮轴;7203-过料滚轮;73-移动安装板;74-缓冲过料辊;7401-缓冲辊安装座;7402-胶辊;75-导轨;76-导轨滑块;77-滑轮安装座;78-滑轮;79-连接钢丝绳;710-砣挂;711-配重块;71101-卡口;712-直线位移传感器;713-连接角铁;714-拉杆;715-导料输送辊;716-纠偏机构;
8-涂布涂胶装置;81-涂布安装座;8101-底板安装孔;82-涂布底辊;8201-塞条;83-涂布压辊;84-第一压缩弹簧;85-固定板;86-调节丝杆;87-轴承座安装板;88-存胶底板;89-分胶隔板;8901-底辊卡口;8902-压辊卡口;810-隔板连接板;811-隔板调节横梁;81101-第三条形孔;81102-第四条形孔;812-底板安装板;813-输送过料辊;
9-超声波焊接装置;91-焊接安装座;92-焊接底辊;9201-压痕滚轮;93-焊接机安装板;94-第二料带托板;9401-焊接通孔;95-超声波焊接机;96-第二压缩弹簧;97-滑座;98-立杆;99-顶板;910-垫块;
10-同步冲压装置;101-冲压安装架;102-连接底板;103-托料辊;10301- 托料滚轮;104-冲压上模安装板;105-冲压上模;106-冲压下模安装板;107-冲压下模;108-追料滑轨;109-追料滑块;1010-追料电机;1011-滚珠丝杠;1012-底板连接板;1013-红外线光电传感器;1014-位移感应片;1015-连接支柱;1016-限位滑套;1017-冲压导杆;1018-冲压推板;1019-冲压气缸;1020-浮动接头;1021-固定侧板;1022-角型拉手;1023-冲压缓冲垫;
11-牵引分条装置;111-牵引安装座;112-分条安装座;113-牵引底辊;114-牵引压辊;11401-牵引滚轮;115-分条底辊;11501-分条滚轮;116-气压式分切刀;117-介齿安装板;118-介齿安装轴;119-第一传动齿轮;1110-第二传动齿轮;1111-第一介齿板;1112-第二介齿板;1113-第三传动齿轮;1114-第四传动齿轮;1115-第五传动齿轮;1116-切刀滑轨;1117-托条安装板;111701-第五条形孔;1118-托料承托条;
12-横切刀座;121-固定底板;122-横切安装座;12201-弧形槽;12202-第三调节刻度线;123-横切底辊;12301-异步槽;12302-承刀砧;124-横切刀辊;12401-螺旋状切刀;125-定位丝杆;
具体实施方式
下面结合具体的实施例对本发明进一步说明。但这些例举性实施方式的用途和目的仅用来例举本发明,并非对本发明的实际保护范围构成任何形式的任何限定,更非将本发明的保护范围局限于此。
如图1所示,本实施例提供了一种打扣涂布设备,包括机架1,机架1上依次设有模切刀座2、输送刀座3和复合刀座4,复合刀座4下游设有打扣装置5,打扣装置5至少设有一组,打扣装置5下游设有测试装置6,测试装置6下游设有缓冲蓄料装置7,缓冲蓄料装置7下游设有涂布涂胶装置8,涂布涂胶装置8 下游设有超声波焊接装置9,超声波焊接装置9下游设有同步冲压装置10,同步冲压装置10下游设有牵引分条装置11,牵引分条装置11下游设有横切刀座12。
本实施例中,模切刀座2、输送刀座3和复合刀座4均采用目前圆刀模切机相同的刀座结构,实现对材料的牵引、复合及模切加工,在此不作赘述。
如图2至图4共同所示,打扣装置5包括安装于机架1上的打扣底板51,打扣底板51上滑动安装有打扣安装架52以及用以实现打扣安装架52调节的第一调节机构;打扣安装架52上固定安装有固定墙板53,固定墙板53上开设有供料带通过的走料孔5301,且固定墙板53的进料侧设有冲孔机构;打扣安装架52顶部设有供料机构,供料机构的输料轨道517出料端对应设有推扣机构,固定墙板53上还安装有与推扣机构对应设置的压扣机构。
为实现打扣安装架52于打扣底板51上的滑动安装,打扣底板51上固定安装有打扣滑轨54,打扣滑轨54两端均固定安装有挡块,且打扣滑轨54上滑动安装有打扣滑块55,打扣滑块55固定安装于打扣安装架52底部,打扣安装架52通过打扣滑块55、打扣滑轨54滑动安装于打扣底板51上。
第一调节机构包括横向调节单元和纵向调节单元;横向调节单元包括固定安装于机架1上的固定座56,固定座56上转动安装有微调螺杆57,微调螺杆57与打扣底板51螺纹配合连接;纵向调节单元包括通过轴承座转动安装于打扣底板51上的调节丝杠58,调节丝杠58的一端安装有调节手轮59,调节丝杠58上螺纹配合安装有丝杠螺母510,丝杠螺母510与打扣安装架52固定连接;设有的该第一调节机构,转动微调螺杆57,可实现打扣机构于料带输送方向上的横向位置微调,调节完毕后,利用定位螺栓将打扣底板51于机架1上定位固定,旋转调节手轮59,可实现打扣安装架52的纵向位置调节,通过该第一调节机构 实现打扣装置5的位置调节,能够实现于料带上打扣位置的精确调节,确保打扣位置准确。
本实施例中,调节手轮59的周向设有第一调节刻度线5901,设有的第一调节刻度线5901起到调节手轮59的辅助调节作用,调节更加精确。
打扣安装架52上还固定安装有第一料带托板511,安装有的第一料带托板511,起到对料带的承托作用,避免料带下垂,第二料带托板94贯穿走料孔5301,与固定墙板53间具有供料带通过的间隙,且第二料带托板94间具有与电极扣配件相适配的间距。
冲孔机构包括固定安装于固定墙板53上的压料气缸512和冲孔气缸513,压料气缸512和冲孔气缸513分切位于走料孔5301的上下方,压料气缸512的活塞杆端部固定安装有压块514,压块514上开设有冲压通孔,冲孔气缸513的活塞杆端部固定安装有顶针515,顶针515与压块514的冲压通孔对应设置,且与冲压通孔内径相适配;料带输送至该冲孔机构,压料气缸512动作,驱动压块514将料带压住,然后冲孔气缸513动作,带动顶针515冲入压块514的冲压通孔内,实现对位于顶针515和压块514间料带的穿刺冲孔。
本实施例中,供料机构可采用市售的电极扣供料结构,包括上供料组件及下供料组件,上供料组件和下供料组件的料斗516分别用于盛放电极扣的母扣和公扣,并通过对应设置的输料轨道517实现一对对公母扣的间歇式输料,由于供料机构采用市售产品,在此不作赘述,如采用申请号为201821073605公开的一种打扣机的供料装置,实现电极扣供料输送。
推扣机构设有两组,且分别于第二料带托板94的上下两侧对应设置,推扣机构包括推扣气缸518,推扣气缸518与供料机构的输料轨道517间设有连接块519,推扣气缸518的活塞杆端部固定安装有推杆520,连接块519开设有供推 杆520限位滑动的限位槽,推杆520于限位槽内滑动安装,且与输料轨道517的出料端对应设置;设有的该推扣机构,推扣气缸518动作,带动推杆520往复伸缩,将下落至输料轨道517出料端的公母扣推送至打扣位置。
压扣机构设有两组,且同样分别于第二料带托板94的上下两侧对应设置,压扣机构包括压扣气缸521,压扣气缸521固定安装于固定墙板53上,且压扣气缸521的活塞杆末端固定安装有打扣头522,压扣气缸521的下方设有压扣块523,压扣块523具有与输料轨道517相连通的导料槽52301,导料槽52301的末端与打扣头522对应设置;设有的该压扣机构,经推扣机构将一对公母扣推送至打扣位置后,两压扣气缸521同步动作,带动打扣头522完成打扣,实现于料带上的打扣加工。
本实施例中,打扣装置5设有多个,且分别于机架1上依次排列安装,通过第一调节机构调节各打扣装置5的位置,实现料带上多排电极扣的精确打扣加工。
设有的该打扣装置5,料带自第一料带托板511上间歇式输送,通过冲孔机构实现料带冲孔,冲孔后料带向后输送,由供料机构实现电极扣的公母扣输送,通过推扣机构将下料的公母扣推送至料带上的冲孔位置,最后由压扣机构完成打扣动作,实现于料带上的打孔加工。
如图5和图6共同所示,测试装置6包括安装于机架1上的测试安装座61,测试安装座61上转动安装有第三驱动装置驱动的输送底辊62和输送压辊63,输送底辊62上设有若干输送滚轮6201,若干输送滚轮6201间具有与料带上电极扣配件相适配的间距,输送压辊63贴靠输送底辊62设置。
测试安装座61的一侧固定安装有导电测试架64,导电测试架64上固定安装有导电块65,导电块65于输送底辊62和输送压辊63间的输料间隙对应位置 处安装,导电测试架64上还安装有若干检测气缸66,若干检测气缸66分别位于相邻两输送滚轮6201之间,检测气缸66的活塞杆端部安装有导电头67,导电头67、导电块65均与导电检测装置连接。本实施例中,导电检测装置为检测回路通断进行电极扣能否正常导电的检测,可采用市售的常规技术产品,为本领域技术人员所共识的,故在此不作赘述。
本实施例中,若干输送滚轮6201沿输送底辊62的轴向滑动安装于输送底辊62上,且利用定位螺栓定位固定,松开定位螺栓可实现输送滚轮6201的间距调节,重新旋紧定位螺栓实现调节后输送滚轮6201的定位固定,调节灵活方便,能够适用于不同规格电极扣的导电检测,通用性强。
本实施例中,输送底辊62与第三驱动装置传动相连,输送底辊62的一端固定安装有主动齿轮,输送压辊63的同向端固定安装有从动齿轮,且从动齿轮与主动齿轮相啮合,输送压辊63通过从动齿轮、主动齿轮与输送底辊62传动连接,输送底辊62转动,带动输送压辊63同步转动,实现对料带的输送。
本实施例中,测试安装座61一侧固定安装有固定块,导电测试架64利用螺栓固定安装于固定块上。
为实现检测气缸66于导电测试架64上的安装,导电测试架64底部开设有第一条形孔6401,检测气缸66通过第一条形孔6401且利用定位螺母安装于导电测试架64上;松开定位螺母,便于依据料带上的电极扣位置对检测气缸66进行滑动调节,确保检测准确性,调节完毕定位固定即可。
本实施例中,导电测试架64上设有用以实现检测气缸66辅助调节的第二调节刻度线6402;设有的第二调节刻度线6402,用以实现检测气缸66的辅助调节,调节更方便、精确。
测试安装座61的另一侧还安装有在位检测架69,在位检测架69上安装有 若干接近检测开关610,若干接近检测开关610分别与检测气缸66对应设置。
本实施例中,测试安装座61的另一侧固定安装有两对应设置的安装块68,安装块68上开设有第二条形孔6801,在位检测架69通过第二条形孔6801且利用定位螺栓固定安装于两安装块68之间;在位检测架69上开设有供电极扣配件通过的槽口6901,在位检测架69上还开设有条形的检测开关安装孔6902,接近检测开关610安装于检测开关安装孔6902内。在位检测架69于测试安装座61上的安装结构以及接近检测开关610于在位检测架69上的安装结构,可实现对接近检测开关610前后及左右位置的调节,通过对接近检测开关610进行位置调节使得其与输送料带上的电极扣配件相对应,实现料带上有无漏打电极扣的精确检测。
设有的该测试装置6,在实现料带输送的同时,不会导致料带上的电极扣配件磨损或材料张力变化、材料变形,工作时,料带间歇式输送,电极扣配件输送至检测气缸66与导电块65之间时,检测气缸66动作,将导电头67顶起,实现电极扣两侧分别与导电块65、导电头67相连接,实现电极扣的导电检测,检测电极扣能否正常导电,导电检测完成后,输送通过接近检测开关610,通过接近检测开关610检测料带上是否有电极扣,是否存在电极扣漏打,若导电检测及有无电极扣检测均通过,证明打扣质量合格,若不合格,设备停机,提醒人工进行干预。
该设备依据加工工序,前段的打扣及检测装置部分为间歇式供料加工,后续的涂布涂胶、超声波焊接、冲压、分条及横切等加工工序均为连续性供料加工,设有的缓冲蓄料装置7即起到保证间歇式供料与匀速供料配合的作用,弥补间歇停止时产生的料带堆积。
如图7至图9所示,缓冲蓄料装置7包括固定安装于机架1上的安装墙板 71,安装墙板71上转动安装有若干配件过料辊72,配件过料辊72上具有若干过料滚轮7203,若干过料滚轮7203间具有与电极扣配件结构相适配的间距;安装墙板71上还滑动安装有移动安装板73,移动安装板73上转动安装有缓冲过料辊74,且安装墙板71上安装有用以实现移动安装板73缓冲调节的第二调节机构。
本实施例中,安装墙板71包括第一墙板和固定安装于第一墙板上的第二墙板,移动安装板73滑动安装于第一墙板上,与第二墙板对应设置,且沿朝向/远离第二墙板的方向滑动设置,配件过料辊72转动安装于第二墙板上;当然,该安装墙板71也可为一体成型结构,通过该安装墙板71实现于机架1上的安装固定。
配件过料辊72包括转轴安装座7201、滚轮轴7202和过料滚轮7203,转轴安装座7201固定安装于安装墙板71上,滚轮轴7202转动安装于转轴安装座7201内,若干过料滚轮7203滑动安装于滚轮轴7202上,且利用定位螺栓定位固定;设有的该配件过料辊72结构,过料滚轮7203于滚轮轴7202上滑动安装并定位固定,可依据料带上的不同电极扣配件规格进行过料滚轮7203间的间距调节,能够适用于具有各种电极扣配件的料带的同步缓冲,通用性强。
缓冲过料辊74包括缓冲辊安装座7401和胶辊7402,缓冲辊安装座7401固定安装于移动安装板73上,胶辊7402转动安装于缓冲辊安装座7401上;设有的该缓冲过料辊74结构,电极扣配件的顶部多为平面,采用胶辊7402,具有一定的弹性,可以实现料带背面的光滑过渡而不引起材料张力变化。
安装墙板71上固定安装有两平行设置的导轨75,导轨75上滑动安装有导轨滑块76,导轨滑块76与移动安装板73固定连接,移动安装板73通过导轨75、导轨滑块76滑动安装于安装墙板71上。
第二调节机构包括滑轮78、连接钢丝绳79、砣挂710和配重块711,安装墙板71上固定安装有滑轮安装座77,滑轮78转动安装于滑轮安装座77上,连接钢丝绳79架绕于滑轮78上,且连接钢丝绳79的一端与移动安装板73连接,砣挂710悬挂于连接钢丝绳79的另一端,配重块711放置于砣挂710上;设有的该第二调节机构,通过配重块711可抵消缓冲过料辊74、移动安装架及导轨滑块76的重力或滑动阻力,使得整套装置的同步缓冲运行更加平稳,可依据料带张力或滑动构件重力增减配重块711进行适配调节。
本实施例中,配重块711上开设有卡口71101,配重块711通过卡口71101放置于砣挂710上,装卸方便。
移动安装板73的一侧还设有直线位移传感器712,直线位移传感器712与导轨75平行安装,且与移动安装板73相连;设有的直线位移传感器712,可对移动安装板73的位移进行实时检测,即实现缓冲过料辊74的位移检测,并进行信号反馈,后面工序的伺服系统会依据反馈的信号,确保实现料带的匀速运行。
本实施例中,直线位移传感器712为滑块式直线位移传感器712,位移安装板上固定安装有连接角铁713,连接角铁713与直线位移传感器712间设有拉杆714,拉杆714一端通过螺栓与连接铰接安装连接,拉杆714的另一端与直线位移传感器712连接。
安装墙板71上还转动安装有导料输送辊715,导料输送辊715起到对料带转向输送的作用,导料输送辊715间设有纠偏机构716。
纠偏机构716能够实现料带的纠正,确保料带不发生偏斜,本实施例中,导料输送辊715的结构依据料带架绕面的不同采用与配件过料辊72或缓冲过料辊74相同的结构,纠偏机构716采用与现有的市售缓冲装置中相同的结构,由 于纠偏机构716为本领域技术人员所公知的技术常识,故在此不作赘述。
该缓冲蓄料装置7,当产品形状发生变化时,配件过料辊72和缓冲过料辊74的安装位置可互换,以满足料带上的电极扣配件形状;通过增加配件过料辊72和缓冲过料辊74的数量,或者拉大上下方配件过料辊72和缓冲过料辊74的距离,都可使该装置缓冲范围更大,适用速度范围更宽。
设有的该缓冲蓄料装置7,调试方便,可适配不同规格电极扣配件结构的料带缓冲,料带架绕于配件过料辊72和缓冲过料辊74间输送,由于配件过料辊72的结构,料带上具有电极扣配件的一面架绕于配件过料辊72上,电极扣配件位于过料滚轮7203间,不会对料带产生张力变化、变形等影响,当该装置前段的测试装置6进行间歇运动时,缓冲辊体会依据料带的松紧程度,实现上下位置的自动调节,弥补间歇运动产生的料带堆积,实现料带有效缓冲,确保对料带平稳有序的加工。
如图10和图11共同所示,涂布涂胶装置8包括安装于机架1上的涂布安装座81,涂布安装座81上转动安装有第四驱动装置驱动的涂布底辊82,涂布底辊82的辊面上开设有安装槽,安装槽内固定安装有与电极扣配件结构相适配的塞条8201;涂布安装座81上还转动安装有第五驱动装置驱动的涂布压辊83,涂布压辊83与涂布底辊82平行安装,且涂布安装座81上设有用以实现涂布压辊83与涂布底辊82间距调节的第三调节机构;涂布安装座81一侧设有存胶分胶机构,存胶分胶机构于涂布底辊82和涂布压辊83的进料侧对应安装。
本实施例中,安装槽的数量、形状以及安装于安装槽内的塞条8201的结构根据料带上的电极扣配件结构设计,更换不同的塞条8201结构,可适配相应规格结构的电极扣配件的涂布加工。
涂布压辊83与涂布底辊82间设有第一压缩弹簧84,第三调节机构包括固 定板85、调节丝杆86和轴承座安装板87,固定板85固定安装于涂布安装座81顶部,轴承座安装板87固定安装于涂布压辊83的轴承座上,调节丝杆86螺纹配合安装于固定板85上,且调节丝杆86的底部与轴承座安装板87转动连接。设有的该第三调节机构,由于调节丝杆86与固定板85螺纹配合连接,其底部与轴承座安装板87转动连接,因此转动调节丝杆86,可实现对涂布压辊83的上下调节,进而实现涂布底辊82与涂布压辊83间隙的微调,保证涂胶厚度,不但调节操作简单方便,且调节后能够实现当前调节位置的定位;涂布底辊82与涂布压辊83间设有的第一压缩弹簧84,能够始终为涂布底辊82提供一下压力,确保传动平稳,且能够消除振动影响,起到有效的缓冲作用。
本实施例中,涂布安装座81底部还转动安装有传动底轴,传动底轴与第四驱动装置传动连接,传动底轴的一端固定安装有主动齿轮,涂布底辊82的同向端固定安装有从动齿轮,从动齿轮与主动齿轮相啮合,第四驱动装置驱动传动底轴转动,进而带动涂布底辊82同步转动。
存胶分胶机构包括存胶底板88和分胶隔板89,存胶底板88安装于涂布安装座81上,分胶隔板89设有若干,若干分胶隔板89于存胶底板88上排列设置,且分胶隔板89靠近圆刀机刀座的一端开设有与涂布底辊82的辊面相适配的底辊卡口8901以及与涂布压辊83的辊面相适配的压辊卡口8902,存胶底板88分别与相邻两分胶隔板89间形成存胶分胶槽;设有的该存胶分胶机构,通过分胶隔板89分隔为若干存胶分胶槽,能够确保涂布底辊82与涂布压辊83整个轴向上的供料均匀,分胶隔板89开设的底辊卡口8901和压辊卡口8902,能够实现与涂布底辊82、涂布压辊83的有效配合,实现有效可靠的供料需求。
分胶隔板89上均固定安装有隔板连接板810,隔板调节横梁811上沿长度方向开设有第三条形孔81101,隔板连接板810通过第三条形孔81101且利用定 位螺栓与隔板调节横梁811固定连接,隔板调节横梁811的两端还均开设有第四条形孔81102,隔板调节横梁811通过第四条形孔81102且利用定位螺栓固定安装于涂布安装座81上。
松开用以实现隔板调节横梁811安装的定位螺栓,调节隔板调节横梁811可实现对所有分胶隔板89的纵向调节,调节分胶隔板89与涂布底辊82、涂布压辊83间的相对位置,调节完毕后重新旋紧定位固定即可,松开用以实现分胶隔板89安装的定位螺栓,可实现分胶隔板89间的间距调节,确保分料更加均匀,调节完毕后重新旋紧定位固定即可,调节操作简单方便。
本实施例中,存胶底板88的两侧固定安装有底板安装板812,涂布安装座81两侧开设有底板安装孔8101,底板安装板812通过底板安装孔8101且利用定位螺栓固定安装于涂布安装座81上。
涂布安装座81的两侧还分别转动安装有输送过料辊813;安装有的输送过料辊813,起到对来料的支撑、导向作用,确保料带输送平稳。
设有的该涂布涂胶装置8,存胶分胶机构实现均匀分料供料,通过第三调节机构能够实现涂布底辊82与涂布压辊83的间距调节,满足不同涂胶厚度需求,且涂布底辊82上安装有的塞条8201,依据需涂布涂胶料带上的电极扣结构及规格设计,可以保证料带通过涂布底辊82和涂布压辊83时,不会导致料带上的电极扣配件磨损或者材料张力的变化、材料变形,满足对具有电极扣配件结构的料带的涂布涂胶需求。
如图12和图13共同所示,超声波焊接装置9包括安装于机架1上的焊接安装座91,焊接安装座91上转动安装有第六驱动装置驱动的焊接底辊92,焊接底辊92上设有若干压痕滚轮9201;焊接安装座91上还安装有焊接机安装板93和第二料带托板94,焊接机安装板93上安装有超声波焊接机95以及用以实 现超声波焊接机95调节的第四调节机构,超声波焊接机95与压痕滚轮9201对应设置,第二料带托板94位于焊接底辊92和焊接机安装板93之间,且第二料带托板94上开设有与压痕滚轮9201对应设置的焊接通孔9401;安装有的第二料带托板94,起到对输送料带的承托作用,避免料带通过超声波焊接机95和压痕辊时出现下垂拉伸现象,影响超声波焊接质量,第二料带托板94上开设的焊接通孔9401,可以使压痕滚轮9201与料带接触,通过超声波焊接机95的焊接使料带呈现压痕滚轮9201表面的花纹形状。
为实现对焊接底辊92的驱动,本实施例中,焊接安装座91底部同样转动安装有传动底轴,传动底轴与第六驱动装置传动连接,传动底轴的一端固定安装有主动齿轮,焊接底辊92的同向端固定安装有从动齿轮,从动齿轮与主动齿轮相啮合,第六驱动装置驱动传动底辊转动,从而带动焊接底辊92转动,实现焊接输送。
本实施例中,焊接机安装板93与焊接底辊92间设有第二压缩弹簧96,安装有的第二压缩弹簧96能够消除振动影响,起到有效的缓冲作用。
为实现第一压缩弹簧84和第二压缩弹簧96的安装,涂布底辊82和焊接底辊92的的轴承座上均固定安装有弹簧安装板,弹簧安装板上开设有供压缩弹簧放置的盲孔,第一压缩弹簧84和第二压缩弹簧96分别对应放置于弹簧安装板的盲孔内;通过弹簧安装板实现压缩弹簧的安装,压缩弹簧不易脱出。
第四调节机构包括滑动安装于焊接机安装板93上的滑座97,滑座97利用定位螺栓定位固定,且滑座97上固定安装有立杆98,立杆98设有四根,且分别于滑座97的四个边角位置处设置,立杆98顶部设有螺纹,且利用调节螺母固定安装有顶板99,超声波焊接机95固定安装于顶板99上,且焊接机安装板93上开设有供超声波焊接机95工作的通孔,同时,通孔便于对超声波焊接机 95的调节,避免调整干涉;设有的该第四调节机构,松开用以定位滑座97的定位螺栓,可实现滑座97的滑动调节,对超声波焊接机95进行位置调节,使其与焊接底辊92上的压痕滚轮9201相对应,调节完毕后,重新将定位螺栓旋紧即可实现当前调节位置的定位固定,通过立杆98及调节螺母安装的顶板99,可实现对顶板99的高度及角度调节,进而实现对超声波焊接机95高度调节同时,也能够调节超声波焊接机95焊头的平面斜度,保证焊接均匀。
本实施例中,滑座97与焊接机安装板93间还设有垫块910,安装有的垫块910,增大了滑座97与焊接机安装板93间的定位面积,旋紧定位螺栓后,将垫块910顶紧实现定位固定,避免定位螺栓直接顶到焊接机安装板93上,从而避免定位螺栓顶紧后产生划痕,影响滑座97与焊接机安装板93间的正常滑动。
如图14至图17所示,同步冲压装置10包括安装于机架1上的冲压安装架101,冲压安装架101上滑动安装有第七驱动装置驱动的连接底板102,连接底板102两端分别转动安装有托料辊103,托料辊103上具有若干托料滚轮10301,若干托料滚轮10301间具有与电极扣配件相适配的间距,托料辊103起到的输送料带的承托、导向输送作用,确保料带输送平稳,且不会对料带上的电极扣配件造成影响。
连接底板102的上方固定安装有冲压上模安装板104,冲压上模安装板104朝向连接底板102的一侧固定安装有冲压上模105,冲压上模安装板104与连接底板102之间滑动安装有第八驱动装置驱动的冲压下模安装板106,冲压下模安装板106于竖直方向上往复滑动设置,且冲压下模安装板106朝向冲压上模安装板104的一侧固定安装有冲压下模107。
本实施例中,冲压安装架101包括支撑板和固定安装于支撑板上的追料底板,冲压安装架101通过支撑板固定安装于机架1上。
若干托料滚轮10301滑动安装于托料辊103转轴上,且利用定位螺栓定位固定;依据料带上电极扣配件的规格对各托料滚轮10301进行间距调节,能够适配带电极扣配件结构的料带的输送,避免料带出现张力变化、变形等,避免了料带上电极扣配件结构对冲压质量的影响,由于可对托料滚轮10301进行灵活调节定位,使得该装置可适用于不用规格电极扣配件料带的冲压加工,通用性强。
为实现连接底板102于冲压安装架101上的滑动安装,冲压安装架101上安装有两平行设置的追料滑轨108,连接底板102的底部固定安装有追料滑块109,追料滑块109滑动安装于追料滑轨108上,连接底板102通过追料滑块109和追料滑轨108滑动安装于安装架上。
本实施例中,追料滑轨108的两端固定安装有挡块,挡块起到防脱轨作用,避免冲压部分在工作时从追料滑轨108上意外滑脱事故的发生。
第七驱动装置包括追料电机1010、滚珠丝杠1011和底板连接板1012,追料电机1010固定安装于冲压安装架101上,滚珠丝杠1011转动安装于冲压安装架101上,且滚珠丝杠1011的一端与追料电机1010传动连接,底板连接板1012螺纹配合安装于滚珠丝杠1011上,且底板连接板1012与连接底板102固定连接;由于底板连接板1012与滚珠丝杠1011螺纹配合连接,追料电机1010工作,带动滚珠丝杠1011转动,进而实现通过底板连接板1012带动连接底板102沿追料滑轨108往复滑动。
本实施例中,追料底板上固定安装有电机安装板,追料电机1010固定安装于电机安装板上,滚珠丝杠1011利用轴承座转动安装于追料底板上,且滚珠丝杠1011的一端通过联轴器与追料驱动电机传动连接。
追料底板上沿连接底板102的滑动方向还固定安装有两对应设置的红外线 光电传感器1013,底板连接板1012的一侧固定安装有位移感应片1014,位移感应片1014位于两红外线光电传感器1013之间;追料底板上安装有的红外线光电传感器1013以及底板连接板1012一侧安装有的位移感应片1014,通过红外线光电传感器1013能够对位移感应片1014进行感知,从而感知连接底板102的位移,实现对装置冲压及复位的精确控制,确保冲压部分在安全范围内运行。
为实现冲压上模安装板104于连接底板102上的固定安装,冲压上模安装板104与连接底板102间设有若干连接支柱1015,冲压上模安装板104通过连接支柱1015固定安装于连接底板102上。
本实施例中,连接支柱1015设有四根,且分别于冲压上模安装板104的四个边角位置处设置。
为实现冲压下模安装板106于冲压上模安装板104与连接底板102之间的滑动安装,冲压上模安装板104上固定安装有限位滑套1016,限位滑套1016内滑动安装有冲压导杆1017,冲压导杆1017的底端与冲压下模安装板106固定连接,冲压导杆1017的顶端固定安装有冲压推板1018;本实施例中,限位滑套1016设有四个,且分别于冲压上模安装板104的四个边角位置处设置。通过限位滑套1016和冲压导杆1017实现冲压下模安装板106于竖直方向上的限位滑动,滑动平稳,为实现对料带的平稳冲压提供了可靠保障。
第八驱动装置包括冲压气缸1019,冲压气缸1019位于冲压推板1018和冲压上模安装板104之间,冲压气缸1019固定安装于冲压上模安装板104上,且冲压气缸1019的活塞轴通过浮动接头1020与冲压推板1018相连接;设有的该第八驱动装置,通过浮动接头1020实现冲压气缸1019活塞杆与冲压推板1018间的连接,冲压气缸1019活塞杆伸缩实现冲压驱动,浮动接头1020可消除连接误差,确保冲压气缸1019冲压运行平稳,同时起到保护作用,延长冲压气缸 1019使用寿命。
本实施例中,冲压下模安装板106上开设有下模安装槽,冲压下模107安装于下模安装槽内,且利用固定侧板1021固定安装于冲压下模安装板106上,冲压上模105利用螺栓固定安装于冲压上模安装板104上。冲压下模107通过固定侧板1021实现于冲压下模安装板106上的安装固定,拆装更换操作简单方便。
冲压下模107的端部还固定安装有角型拉手1022;安装有的角型拉手1022,便于在对冲压下模107更换时将冲压下模107拉出,使得冲压下模107维护更换更加方便。
连接底板102朝向冲压下模安装板106的一侧还固定安装有冲压缓冲垫1023,本实施例中,冲压缓冲垫1023采用橡胶垫;安装有的冲压缓冲垫1023,能够起到有效的缓冲作用,降低冲压下模安装板106复位的冲击影响,实现对构件的冲压复位保护。
设有的该同步冲压装置10,第七驱动装置驱动连接底板102实现冲压部分的往复运动,工作时,料带持续输送,第八驱动装置驱动冲压部分实现对料带冲压,冲压过程中,在第七驱动装置的驱动下,冲压部分始终保持与料带同步运行,在追料滑轨108行程内实现对料带的冲压加工,冲压完毕后,在第七驱动装置和第八驱动装置的驱动下,装置迅速回位,对下一段料带进行冲压加工,如此反复,实现对连续运行料带的冲压加工,不但冲压效率大大提高,且冲压稳定性好。
如图18至图20所示,牵引分条装置11包括牵引安装座111和与牵引安装座111相连接的分条安装座112;牵引安装座111上转动安装有第九驱动装置驱动的牵引底辊113和牵引压辊114,牵引底辊113和牵引压辊114上均设有若干 牵引滚轮11401,同辊轴设置的若干牵引滚轮11401间具有与电极扣配件相适配的间距,供料带上的电极扣配件通过,且牵引底辊113和牵引压辊114上的牵引滚轮11401对应设置,在实现料带牵引输送的同时,不会对料带上的电极扣配件造成损伤,不会对料带产生张力变化、变形等影响;分条安装座112上转动安装有分条底辊115,分条底辊115通过介齿机构与牵引底辊113传动连接,且分条底辊115上设有若干分条滚轮11501,若干分条滚轮11501间具有与电极扣配件相适配的间距,分条安装座112上还安装有分别与分条滚轮11501对应设置的气压式分切刀116,分条滚轮11501带动气压式分切刀116同步旋转,实现对料带的分切,将料带分切为单个电极扣配件排列设置的条状,气压式分切刀116采用市售产品,在此不作赘述。
本实施例中,牵引底辊113的一端与第九驱动装置传动连接,牵引底辊113的一端固定安装有主动齿轮,牵引压辊114的同向端固定安装有从动齿轮,从动齿轮与主动齿轮相啮合,第九驱动装置驱动牵引底辊113转动,带动牵引压辊114同步转动,实现对料带的牵引输送。
介齿机构包括介齿安装板117,介齿安装板117固定安装于牵引安装座111和分条安装座112之间,介齿安装板117上设有一介齿安装轴118,介齿安装轴118上利用深沟球轴承转动安装有第一传动齿轮119和第二传动齿轮1110,第一传动齿轮119与第二传动齿轮1110利用定位销同步转动相连,介齿安装轴118上还转动安装有第一介齿板1111和第二介齿板1112,第一介齿板1111和第二介齿板1112利用紧固螺钉固定安装于介齿安装轴118上;第一介齿板1111和第二介齿板1112上均固定安装有传动轴,第一介齿板1111的传动轴上利用深沟球轴承转动安装有与第一传动齿轮119相啮合的第三传动齿轮1113,第三传动齿轮1113与牵引底辊113传动连接;第二介齿板1112的传动轴上利用深沟 球轴承转动安装有第四传动齿轮1114和第五传动齿轮1115,第四传动齿轮1114与第五传动齿轮1115利用定位销同步转动相连,第四传动齿轮1114与第二传动齿轮1110相啮合,第五传动齿轮1115与分条底辊115传动连接。
本实施例中,第三传动齿轮1113与牵引底辊113上的主动齿轮相啮合,分条底辊115上同样固定安装有一实现动力传动的从动齿轮,第五传动齿轮1115与分条底辊115上的从动齿轮相啮合。
设有的该介齿机构,实现了牵引底辊113和分条底辊115间的传动连接,通过一套驱动装置实现牵引驱动及分条驱动,节省了一套分条驱动装置,成本及能耗大大降低,且装置整体结构紧凑,通过紧固螺钉安装的第一介齿板1111和第二介齿板1112,松开紧固螺钉,可将第一介齿板1111和第二介齿板1112绕安装端旋转调节,实现第三传动齿轮1113与牵引底辊113上的主动齿轮以及第五传动齿轮1115与分条底辊115上的从动齿轮间的适配啮合,调整至啮合状态后,旋紧紧固螺栓实现当前定位即可,方便实用。
本实施例中,第一传动齿轮119、第三传动齿轮1113和第五传动齿轮1115规格相同,通过第二传动齿轮1110和第四传动齿轮1114实现传动速比调节,使得第三传动齿轮1113与第五传动齿轮1115的传动速比为1:1.2-1:1.8之间,本实施例中,第三传动齿轮1113与第五传动齿轮1115的传动速比为1:1.5。由于该介齿机构的传动速比,使得经该介齿机构传动后,分条底辊115的转速大于牵引底辊113的转速,能够有效防止料带分切移动过程中运动受阻,避免料带在牵引底辊113和分条底辊115间的褶皱,甚至堆积,确保分条效果不受影响。
本实施例中,第一传动齿轮119、第三传动齿轮1113和第五传动齿轮1115均采用50齿齿轮,第二传动齿轮1110采用66齿齿轮,第四传动齿轮1114采 用44齿齿轮。
分条安装座112上还固定安装有切刀滑轨1116,气压式分切刀116滑动安装于切刀滑轨1116上,且利用定位螺栓定位固定;气压式分切刀116于分条安装座112上滑动安装并利用定位螺栓定位固定的结构,便于依据料带需分条位置对气压式分切刀116灵活调节,确保分条切割准确。
牵引安装座111的进料侧和分条安装座112的出料侧分别固定安装有托条安装板1117,两托条安装板1117间安装有若干托料承托条1118;本实施例中,托条安装板1117上开设有第五条形孔111701,托料承托条1118通过第五条形孔111701且利用定位螺栓固定安装于托条安装板1117上;设有的托料承托条1118,起到对料带及分切后料条的承托支撑作用,避免料带下垂,托料承托条1118通过第五条形孔111701且利用定位螺栓安装的结构,可实现托料承托条1118间的间距调节,以适配不同规格电极扣配件的承托输送,通用性强。
通过设有的该牵引分条装置11,单套驱动装置驱动,成本及能耗大大降低,牵引及分条加工相配合,实现对料带的精确分条加工,不但运行平稳可靠,且不会对料带上的电极扣配件造成影响。
如图21至图23共同所示,横切刀座12包括固定安装于机架1出料端的固定底板121,固定底板121上转动安装有横切安装座122,且横切安装座122与固定底板121间设有用以实现横切安装座122旋转调节并定位固定的第五调节机构;横切安装座122上转动安装有第十驱动装置驱动的横切底辊123和横切刀辊124,横切刀辊124贴靠横切底辊123设置,且横切刀辊124上设有螺旋状切刀12401。
本实施例中,横切安装座122底部还转动安装有传动底轴,传动底轴与第十驱动装置传动连接,传动底轴的一端固定安装有主动齿轮,横切底辊123和 横切刀辊124的同向端均固定安装有从动齿轮,横切底辊123上的从动齿轮与转动底轴上的主动齿轮相啮合,横切刀辊124上的从动齿轮与横切底辊123上的从动齿轮相啮合,第十驱动装置驱动传动底轴旋转,从而带动横切底辊123和横切刀辊124同步转动,实现对分切后料条的分切,将料条切割为单个的电极片成品。
为实现横切安装座122于固定底板121上的转动安装,固定底板121的中间位置设有一旋转轴,安装座通过旋转轴转动安装于固定底板121上,可绕旋转轴旋转。
第五调节机构包括定位丝杆125和定位螺栓;固定底板121的一端两侧分别固定安装有端板,定位丝杆125螺纹配合安装于端板上,且两定位丝杆125对应设置,处于定位状态时,两定位丝杆125的螺纹端分别抵靠横切安装座122的一端两侧;横切安装座122的底部两端均开设有以旋转轴为圆心的弧形槽12201,横切安装座122通过弧形槽12201且利用定位螺栓于固定底板121上定位固定。设有的该第五调节机构,对横切安装座122进行调节时,松开定位螺栓,转动两根定位丝杆125便可实现对横切安装座122的旋转调节,弧形槽12201起到对横切安装座122的调节限位作用,调节完毕后,重新旋紧定位螺栓即可实现当前调节位置的定位固定,调节操作简单方便,且通过定位丝杆125和定位螺栓实现对横切安装座122的双重定位固定,定位牢固可靠。
本实施例中,端板和定位丝杆125于横切安装座122远离第十驱动装置的一端安装,于机架1上安装后,位于外侧,方便调节操作。
本实施例中,横切安装座122的一端还设有第三调节刻度线12202;设有的第三调节刻度线12202,依据调节刻度对横切安装座122进行旋转调节,调节更加精确、方便。
为降低对螺旋状切刀12401的损耗,螺旋状切刀12401采用大螺旋角设计,本实施例中,螺旋状切刀12401的螺旋倾角范围在2-10°,横切安装座122可旋转±10°,使用时,依据螺旋状切刀12401的螺旋倾角大小对横切安装座122进行相应的旋转调节。
横切底辊123的辊面上均匀开设有若干异步槽12301,相邻两异步槽12301间形成承刀砧12302,且承刀砧12302与螺旋状切刀12401相对应;设有的该横切底辊123结构,开设的异步槽12301及异步槽12301间形成的承刀砧12302,横切底辊123与横切刀辊124传动转动,螺旋状切刀12401与承刀砧12302实现对料条的横切,转动至异步槽12301位置,可实现螺旋状切刀12401与料条的异步运动,异步运动可以减小横切刀辊124的直径,通过第十驱动装置控制横切刀辊124及横切底辊123的转动,可实现多尺寸规格成品的横切,通用性强,加工难度及成本大大降低,此外,开设的异步槽12301,在实现对具有电极扣配件的料条横切时,不会对料条上的电极扣造成影响,成品合格率得到有效保障。
设有的该横切刀座12,采用横切刀大螺旋角设计,在横切时,螺旋状切刀12401与横切底辊123间为点接触切割,大大减小了对切刀的损耗,同时,横切安装座122通过旋转轴转动安装的结构以及设有的第五调节机构,依据螺旋状切刀12401的螺旋倾角大小,对横切安装座122进行旋转调节并定位,能够抵消螺旋状切刀12401切割时产生的切斜角度,确保横向切断的电极片成品的切线与边线垂直无斜角,实现精准横切,保证了加工精度。
机架1上设有安装滑轨,模切刀座2、输送刀座3、复合刀座4、打扣装置5、测试装置6、涂布涂胶装置8、超声波焊接装置9和牵引分条装置11的安装座底部均固定安装有安装滑块,且通过安装滑块、安装滑轨滑动安装于机架1 上,并利用定位螺栓定位固定;本实施例中,上述的各刀座及装置通过安装滑轨于机架1上呈直线型排列安装,便于实现对料带的平稳有序加工,且滑动安装并定位固定的安装方式,利于对各刀座或装置进行间距的适配调节及拆装维修。
本实施例中,模切刀座2、输送刀座3、复合刀座4、测试装置6、涂布涂胶装置8、超声波焊接装置9、牵引分条装置11以及横切刀座12的安装座,均包括安装底板和分别固定安装于安装底板两端的立板,立板上开设有U型安装槽,且两立板的U型安装槽对应设置。
本实施例中,安装滑块固定安装于安装底板底部,且各安装座的安装底板端部均开设有用以实现于机架1上定位固定的定位孔,上述各刀座及装置依据加工工序调节完毕后,利用定位螺栓贯穿定位孔螺纹安装到机架1上实现定位固定。
本实施例中,模切刀座2、输送刀座3、复合刀座4、测试装置6、牵引分条装置11的底辊,以及涂布涂胶装置8、超声波焊接装置9、横切刀座12的传动底轴均通过两端的轴承座转动安装于两立板中间;模切刀座2、输送刀座3、复合刀座4、测试装置6、牵引分条装置11的压辊,涂布涂胶装置8的底辊和压辊,超声波焊接装置9的底辊和焊接机安装板93,以及横切刀座12的底辊和刀辊,均通过两端的轴承座滑动安装于U型安装槽。
本实施例中,模切刀座2、输送刀座3、复合刀座4、测试装置6、超声波焊接装置9、牵引分条装置11以及横切刀座12的安装座的U型安装槽顶部均固定安装有第六调节机构,第六调节机构包括横梁、定位块和顶杆,横梁固定安装于安装座顶部,定位块滑动安装于U型安装槽内,顶杆与横梁螺纹配合安装,且底端与定位块转动相连,通过第六调节机构便于实现上述刀座或装置构件的 调节及拆装维修、更换。
本实施例中,第三驱动装置、第四驱动装置、第五驱动装置、第六驱动装置、第九驱动装置和第十驱动装置均包括驱动电机、减速机和联轴器,驱动电机输出轴与减速机输入轴传动连接,减速机的输出轴与联轴器传动连接,通过联轴器实现各装置传动件的传动连接。
综上所述,基于上述结构的该打扣涂布设备,结构紧凑,各装置配合动作,可实现模切、打扣、测试、涂布、超声波焊接、冲压、切外形的电极片一体化加工生产,能够有效避免料带上电极扣配件结构干涉现象的发生,在加工过程中不会导致电极扣配件磨损或材料张力变化、材料变形,生产效率及生产合格率大大提高。
应当理解,这些实施例的用途仅用于说明本发明而非意欲限制本发明的保护范围。此外,也应理解,在阅读了本发明的技术内容之后,本领域技术人员可以对本发明作各种改动、修改和/或变型,所有的这些等价形式同样落于本申请所附权利要求书所限定的保护范围之内。

Claims (10)

  1. 一种打扣涂布设备,包括机架,其特征在于:所述机架上依次设有模切刀座、输送刀座和复合刀座,所述复合刀座下游设有打扣装置,所述打扣装置至少设有一组,所述打扣装置下游设有测试装置,所述测试装置下游设有缓冲蓄料装置,所述缓冲蓄料装置下游设有涂布涂胶装置,所述涂布涂胶装置下游设有超声波焊接装置,所述超声波焊接装置下游设有同步冲压装置,所述同步冲压装置下游设有牵引分条装置,所述牵引分条装置下游设有横切刀座。
  2. 如权利要求1所述的打扣涂布设备,其特征在于:所述打扣装置包括安装于所述机架上的打扣底板,所述打扣底板上安装有打扣安装架以及用以实现所述打扣安装架调节的第一调节机构;
    所述打扣安装架上固定安装有固定墙板,所述固定墙板上开设有供料带通过的走料孔,且所述固定墙板的进料侧设有冲孔机构;
    所述打扣安装架顶部设有供料机构,所述供料机构的输料轨道出料端对应设有推扣机构,所述固定墙板上还安装有与所述推扣机构对应设置的压扣机构。
  3. 如权利要求2所述的打扣涂布设备,其特征在于:所述测试装置包括安装于所述机架上的测试安装座,所述测试安装座上转动安装有第三驱动装置驱动的输送底辊和输送压辊,所述输送底辊上设有若干输送滚轮,若干所述输送滚轮间具有与料带上电极扣配件相适配的间距,所述输送压辊贴靠所述输送底辊设置;
    所述测试安装座的一侧固定安装有导电测试架,所述导电测试架上固定安装有导电块,所述导电块于所述输送底辊和所述输送压辊间的输料间隙对应位置处安装,所述导电测试架上还安装有若干检测气缸,若干所述检测气缸分别位于相邻两所述输送滚轮之间,所述检测气缸的活塞杆端部安装有导电头,所述导电头、所述导电块均与导电检测装置连接;
    所述测试安装座的另一侧还安装有在位检测架,所述在位检测架上安装有若干接近检测开关,若干所述接近检测开关分别与所述检测气缸对应设置。
  4. 如权利要求3所述的打扣涂布设备,其特征在于:所述缓冲蓄料装置包括固定安装于所述机架上的安装墙板,所述安装墙板上转动安装有若干配件过料辊,所述配件过料辊上具有若干过料滚轮,若干所述过料滚轮间具有与电极扣配件结构相适配的间距;
    所述安装墙板上还滑动安装有移动安装板,所述移动安装板上转动安装有缓冲过料辊,且所述安装墙板上安装有用以实现所述移动安装板缓冲调节的第二调节机构。
  5. 如权利要求4所述的打扣涂布设备,其特征在于:所述涂布涂胶装置包括安装于所述机架上的涂布安装座,所述涂布安装座上转动安装有第四驱动装置驱动的涂布底辊,所述涂布底辊的辊面上开设有安装槽,所述安装槽内固定安装有与电极扣配件结构相适配的塞条;
    所述涂布安装座上还转动安装有第五驱动装置驱动的涂布压辊,所述涂布压辊与所述涂布底辊平行安装,且所述涂布安装座上设有用以实现所述涂布压辊与所述涂布底辊间距调节的第三调节机构;
    所述涂布安装座一侧设有存胶分胶机构,所述存胶分胶机构于所述涂布底辊和所述涂布压辊的进料侧对应安装。
  6. 如权利要求5所述的打扣涂布设备,其特征在于:所述超声波焊接装置包括安装于所述机架上的焊接安装座,所述焊接安装座上转动安装有第六驱动装置驱动的焊接底辊,所述焊接底辊上设有若干压痕滚轮;
    所述焊接安装座上还安装有焊接机安装板和第二料带托板,所述焊接机安装板上安装有超声波焊接机以及用以实现所述超声波焊接机调节的第四调节机 构,所述超声波焊接机与所述压痕滚轮对应设置,所述第二料带托板位于所述焊接底辊和所述焊接机安装板之间,且所述第二料带托板上开设有与所述压痕滚轮对应设置的焊接通孔。
  7. 如权利要求6所述的打扣涂布设备,其特征在于:所述同步冲压装置包括安装于所述机架上的冲压安装架,所述冲压安装架上滑动安装有第七驱动装置驱动的连接底板,所述连接底板两端分别转动安装有托料辊,所述托料辊上具有若干托料滚轮,若干所述托料滚轮间具有与电极扣配件相适配的间距;
    所述连接底板的上方固定安装有冲压上模安装板,所述冲压上模安装板朝向所述连接底板的一侧固定安装有冲压上模,所述冲压上模安装板与所述连接底板之间滑动安装有第八驱动装置驱动的冲压下模安装板,所述冲压下模安装板于竖直方向上往复滑动设置,且所述冲压下模安装板朝向所述冲压上模安装板的一侧固定安装有冲压下模。
  8. 如权利要求7所述的打扣涂布设备,其特征在于:所述牵引分条装置包括牵引安装座和与所述牵引安装座相连接的分条安装座;
    所述牵引安装座上转动安装有第九驱动装置驱动的牵引底辊和牵引压辊,所述牵引底辊和所述牵引压辊上均设有若干牵引滚轮,同辊轴设置的若干所述牵引滚轮间具有与电极扣配件相适配的间距,且所述牵引底辊和所述牵引压辊上的所述牵引滚轮对应设置;
    所述分条安装座上转动安装有分条底辊,所述分条底辊通过介齿机构与所述牵引底辊传动连接,且所述分条底辊上设有若干分条滚轮,若干所述分条滚轮间具有与电极扣配件相适配的间距,所述分条安装座上还安装有分别与所述分条滚轮对应设置的气压式分切刀。
  9. 如权利要求8所述的打扣涂布设备,其特征在于:所述横切刀座包括固 定安装于所述机架出料端的固定底板,所述固定底板上转动安装有横切安装座,且所述横切安装座与所述固定底板间设有用以实现所述横切安装座旋转调节并定位固定的第五调节机构;
    所述横切安装座上转动安装有第十驱动装置驱动的横切底辊和横切刀辊,所述横切刀辊贴靠所述横切底辊设置,且所述横切刀辊上设有螺旋状切刀。
  10. 如权利要求1-9任一项所述的打扣涂布设备,其特征在于:所述机架上设有安装滑轨,所述模切刀座、所述输送刀座、所述复合刀座、所述打扣装置、所述测试装置、所述涂布涂胶装置、所述超声波焊接装置和所述牵引分条装置的安装座底部均固定安装有安装滑块,且通过所述安装滑块、所述安装滑轨滑动安装于所述机架上,并利用定位螺栓定位固定。
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