CN207509355U - A kind of double feeding devices - Google Patents
A kind of double feeding devices Download PDFInfo
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- CN207509355U CN207509355U CN201721338732.7U CN201721338732U CN207509355U CN 207509355 U CN207509355 U CN 207509355U CN 201721338732 U CN201721338732 U CN 201721338732U CN 207509355 U CN207509355 U CN 207509355U
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Abstract
The utility model discloses a kind of double feeding devices, including the first discharge mechanism, the second discharge mechanism and the cutting mechanism for being set to the first discharge mechanism and the second discharge mechanism discharge end；First discharge mechanism includes first support, set on the discharge component of first support, set on the cutting assembly of discharge component discharge end, set on the transfer component of cutting assembly discharge end；Transfer component is located at the feed end of cutting assembly.The utility model discharge mechanism carries out coating blowing, and the first discharge mechanism carries out blowing to film, and the two is converged in cutting mechanism, and film is attached on coating.This double feeding device, energy while feeding, film is wrapped on the inside of coating piece, does not allow label easy to wear.The process that the utility model simplifies workpiece shaping coating, by coating by manually upgrading to automation；Precision height is positioned manually in automation equipment, and consistency is high, and operation accuracy is high, effectively improves production capacity, reduces cost of labor, improves production safety degree.
Description
Technical field
The utility model is related to automatic equipment technical fields, more specifically refer to a kind of double feeding devices.
Background technology
With the progress that the continuous development of Intelligent Control Theory and modern programmable control, industrial production increasingly becomes
To in intelligence, automation makes manually to be detached from heavy manual labor.
Battery core refers to that, containing positive and negative electrode electrochemistry battery core, battery core is the storage unit in rechargeable battery, and the quality of battery core is straight
Connect the quality for determining battery.Battery core after winding in transport process or when entering shell faucal easily dampen battery core, existing battery core
Coating process is cumbersome, need to first collect the battery core flowed out from rolling step, artificial to cut coating piece, artificial coating rubberizing, production
Efficiency is low, and consistency is poor.
Spy needs to carry out coating simultaneously to battery core, also different classes of battery core is carried out for being the process of battery core production
Label.Existing technology is directly to carry out spray figure grade on battery core coating outer layer, and since coating is smooth, label is easily erased.
Utility model content
The purpose of the utility model is to overcome the defects of the prior art, provide a kind of double feeding devices.
To achieve the above object, the utility model uses following technical scheme：
A kind of double feeding devices including the first discharge mechanism, the second discharge mechanism and are set to the first discharge mechanism and
The cutting mechanism of two discharge mechanism discharge ends；First discharge mechanism includes first support, set on the discharging group of first support
Part, set on the cutting assembly of discharge component discharge end, set on the transfer component of cutting assembly discharge end；The transfer component is located at
The feed end of cutting assembly.
Its further technical solution is：The discharge component includes the discharging force piece for being fixed on first support, is connected in
The discharge roller of discharging force piece power output end, rotation are connected in several carrying rollers of first support；The discharge roller blowing, warp
Carrying roller is crossed to reach the feed end of cutting assembly.
Its further technical solution is：The discharging force piece is straight line force piece；The power of the straight line force piece is defeated
Outlet is additionally provided with gripping roll；The feed side of the gripping roll, exit side are at least provided with a carrying roller；The gripping roll is located at
Between discharge roller and carrying roller, and straight line force piece movement driving gripping roll pressing material band, so that discharge roller blowing.
Its further technical solution is：The cutting assembly includes the installing plate of fixed first support, is fixed on installing plate
Be fixed and clamped part and the movable compressing member that is slidably connected with installing plate；The activity compressing member, which is set on, is fixed and clamped the one of part
Side；The blank being equipped between part and movable compressing member that is fixed and clamped；The blank is equipped with cut-out force piece；It is described to cut
Disconnected force piece power output end is equipped with cutoff tool.
Its further technical solution is：The part that is fixed and clamped includes the force piece that is fixed and clamped, set on the power that is fixed and clamped
First fixed block of part power output and the second fixed block for being fixed on installing plate；First fixed block, the second fixed block
Opposite face is equipped with compression bar；The activity compressing member is set to the sliding power part power output end being equipped with；The activity pressure
Tight part is equipped with activity and compresses force piece；The power output end that the activity compresses force piece is equipped with the first compact heap, the second compression
Block, and the first compact heap and the second compact heap have and move toward one another；The first compact heap rotation connection has compression stick；Described
Two compact heaps are equipped with compression bar.
Its further technical solution is：It is described transfer component include mounting bracket, set on mounting bracket transverse shifting part and set
In the vertically movable part of transverse shifting part；The vertically movable part is equipped with vertical force piece；The vertical force piece power output
End be equipped with several suction blocks, and with equipped with vacuum generator unicom.
Its further technical solution is：Second discharge mechanism includes blowing plate, and rotation is connected in the blowing of blowing plate
Roller and rotation are connected in several support rollers of blowing plate；The emptying roller and the blowing force piece driving coupling being equipped with；Also wrap
Include the material component set on support roller discharge end；Described material component includes a rack, is fixed on the material force piece of a rack,
And it is fixed on the material roller that the power of material force piece goes out output terminal.
Its further technical solution is：The cutting mechanism includes the first binder component for being bordering on blowing end, is bordering on inclusion
The second binder component of mechanism one end and the crosscutting component being set between the first binder component and the second binder component；It is described
Crosscutting component includes crosscutting force piece, is fixed on the revolving knife of crosscutting force piece power output end；The revolving knife is set on first
Between binder component and the second binder component.
Its further technical solution is：The first binder component includes fixed material-pressing rack, is fixedly linked in fixed binder
First binder force piece of frame and the first pressing plate for being fixed on the first binder force piece power output end；First pressing plate is set
There is the guide post being slidably connected with fixed material-pressing rack；Backing plate, and shape between the first pressing plate and backing plate are equipped on the downside of first pressing plate
Into the gap having through coating piece；The second binder component includes movable material-pressing rack, and the movement for being fixed on movable material-pressing rack is moved
Power part and the transverse slat for being fixed on mobile force piece power output end；The second pressing plate is fixed on the downside of the transverse slat；The transverse slat with
The power pressing plate being equipped between second pressing plate, and the power output of the second binder force piece being equipped on the upside of power pressing plate and transverse slat
End is fixedly connected；The gap of coating piece is formed through between the power pressing plate and the second pressing plate；The activity material-pressing rack is consolidated
Due to equipped with adjusting force piece power output end so that the second feeding pressure mechanism on feedstock direction in moving；Second pressure
Plate is bordering on inclusion mechanism one end and is equipped with pressing inclined-plane.
Its further technical solution is：The transfer component is set on above the second binder component；The second pressing plate upper table
Face is equipped with blank component；The blank component includes being slidably connected the sliding panel on the upside of transverse slat, is fixed on the installation of sliding panel
Block and the blank force piece for being fixed on mounting blocks；The power output end of the blank force piece is equipped with cutter；The sliding panel
The power output end of parallel power part being equipped with is fixed on, and parallel power part pushes sliding panel to be parallel to coating piece feedstock direction
Movement；The blank force piece driving cutter is moved perpendicular to film feedstock direction.
The advantageous effect of the utility model compared with prior art is：A kind of double feeding devices of the utility model, feeding machine
Structure carries out coating blowing, and the first discharge mechanism carries out blowing to film, and the two is converged in cutting mechanism, and film is attached to
On coating.This double feeding device, energy while feeding, film is wrapped on the inside of coating piece, does not allow label easy to wear.This practicality
The novel process for simplifying workpiece shaping coating, by coating by manually upgrading to automation；Precision is positioned manually in automation equipment
Height, consistency is high, and operation accuracy is high, effectively improves production capacity, reduces cost of labor, improves production safety degree.
The utility model is further described in the following with reference to the drawings and specific embodiments.
Description of the drawings
Fig. 1 is the three-dimensional structure diagram of a kind of double feeding devices of the utility model and coating device；
Fig. 2 is a kind of first feed mechanism of double feeding devices of the utility model and cutting mechanism installation diagram；
Fig. 3 is a kind of three-dimensional structure diagram of first feed mechanism of double feeding devices of the utility model；
Fig. 4 is that a kind of discharge component of double feeding devices of the utility model and the three-dimensional structure diagram of cutting assembly and part are put
Big figure；
Fig. 5 is a kind of three-dimensional structure diagram of the transfer component of double feeding devices of the utility model；
Fig. 6 is a kind of three-dimensional structure diagram of the cutting mechanism of double feeding devices of the utility model；
Fig. 7 is a kind of three-dimensional structure diagram of second discharge mechanism of double feeding devices of the utility model
Fig. 8 is a kind of three-dimensional structure diagram of coating device of the utility model；
Fig. 9 is a kind of three-dimensional structure diagram of the inclusion mechanism of double feeding devices of the utility model；
Figure 10 is a kind of front view of the conveying mechanism of coating device of the utility model；
Figure 11 is a kind of internal structure chart of the conveying mechanism of coating device of the utility model；
Figure 12 is a kind of coating letter view of coating device of the utility model.
Specific embodiment
In order to more fully understand the technology contents of the utility model, with reference to specific embodiment to the skill of the utility model
Art scheme is further described and illustrates, but not limited to this.
Such as the drawing that Fig. 1 to Figure 12 is the utility model.
In the production of battery core coating, it is often required to set film in coating piece, to distinguish different model battery core or be used for
Label in stickup.So film will be pasted onto coating on piece using other discharge mechanism, then as coating piece
It is wrapped in battery core together.
So as shown in Figure 1, double feeding devices 60 are equipped in encapsulation tool.Wherein, double feeding devices 60 include blowing
Mechanism 20 (in the present embodiment, referred to as the second discharge mechanism 62).The first discharge mechanism 61 is further included, is set to the first feeding machine
The cutting mechanism 30 of 61 and second discharge mechanism of structure, 62 discharge end.
Preferably, pedestal 10 is further included.
As shown in Fig. 2-Fig. 3, the first discharge mechanism 61 includes first support 611, set on the discharging group of first support 611
Part 612, set on the cutting assembly 613 of 612 discharge end of discharge component, set on the transfer component 614 of 613 discharge end of cutting assembly.
Transfer component 614 is located at the feed end of cutting assembly 613.Coiled film 3 is placed on discharge component 612, and in its effect
Continuous blowing down cuts into setting length by cutting assembly 613 and by film 3, then transfers component 614 and transfers film 3
Onto the coating piece 2 of cutting mechanism 30.
As shown in figure 4, discharge component 612 includes the discharging force piece 6121 for being fixed on first support 611, it is connected in discharging
6121 power output end of force piece and the discharge roller 6122 for placing material strip, rotation are connected in several of first support 611
Carrying roller 6123.6122 blowing of discharge roller, by carrying roller 6123 to reach the feed end of cutting assembly 613.
Specifically, discharging force piece 6121 is straight line force piece, preferably cylinder.The power output end of straight line force piece
It is additionally provided with gripping roll 6124.Gripping roll 6124 is in feed side, exit side at least provided with a carrying roller 6123 (in the present embodiment
In, feed side is set there are one carrying roller 6123, and exit side sets that there are two carrying rollers 6123).Gripping roll 6124 be located at discharge roller 6122 with
Between carrying roller 6123, and straight line force piece movement driving 6124 pressing material band of gripping roll, so that 6122 blowing of discharge roller.Due to going out
Material force piece 6121 is straight line force piece, so material strip one end is cut off component 613 and fixes, the other end is placed on discharge roller in rolls
On 6122, when pushing down on gripping roll 6124, be placed on discharge roller 6122 will rotate blowing into coiled tape.Straight line force piece
Drop to lowermost end, then straight line force piece, which is shunk, rises, so as to form a blowing.
Cutting assembly 613 includes the installing plate 6131 of fixed first support 611, is fixed on being fixed and clamped for installing plate 6131
Part 6132 and the movable compressing member 6133 being slidably connected with installing plate 6131.Movable compressing member 6133 is set on the part that is fixed and clamped
6132 side.Be fixed and clamped the blank 6134 being equipped between part 6132 and movable compressing member 6133.Blank 6134 is equipped with
Force piece is cut off, and cuts off force piece power output end and is equipped with cutoff tool.Cutting assembly 613 is arranged on going out for discharge component 612
Expect end.
The part 6132 that is fixed and clamped includes the force piece 6135 that is fixed and clamped, set on 6135 power output of force piece that is fixed and clamped
First fixed block 6136 and the second fixed block 6137 for being fixed on installing plate 6131.First fixed block 6136, the second fixed block
6137 opposite face is equipped with compression bar 6914.
Movable compressing member 6133 is set to 6138 power output end of sliding power part being equipped with.Movable compressing member 6133 is equipped with
Activity compresses force piece 6139.The power output end that activity compresses force piece 6139 is compressed equipped with the first compact heap 6911, second
Block 6912, and the first compact heap 6911 and the second compact heap 6912 have and move toward one another.The rotation connection of first compact heap 6911 has
Stick 6913 is compressed, and compresses 6913 surface of stick and is equipped with protrusion, so that when film 3 are compressed, preferably stings tight film 3.The
Two compact heaps 6912 are equipped with compression bar 6914.Wherein, compression bar 6914 is avoided when compressing film 3 for protecting 3 surface of film
Damage film 3.
As shown in figure 5, transfer component 614 include mounting bracket 6141, set on mounting bracket 6141 transverse shifting part 6142 and
Set on the vertically movable part 6143 of transverse shifting part 6142.Vertically movable part 6143 is equipped with several and vacuum generating device unicom
Suction block 6144.Preferably, in order to improve production efficiency, suction block 6144 is three.
Specifically, vertically movable part 6143 is equipped with vertical force piece (for cylinder).Suction block 6144 is set on vertical force piece
Power output end.Transverse shifting part 6142 includes motor, the screw of motor power output terminal is fixedly linked in, with screw rod transmission
The transmission nut of connection.Vertically movable part 6143 is fixedly linked in transmission nut.
Preferably, the sliding rail that transverse shifting part 6142 is equipped with mounting bracket 6141 is slidably connected, and keeps the standard of transverse shifting
True property and stability.The defeated end of power of the vertical force piece of vertically movable part 6143 is equipped with and is slidably connected with transverse shifting part 6142
Vertical guide post 6145, to ensure the stability of vertical motion.
Specifically, in blowing, close 6132 side of part that is fixed and clamped of movable compressing member 6133, the first compact heap 6911
It is moved toward one another with the second compact heap 6912 and stings film 3 tightly, at this point, the first fixed block 6136 and the second fixed block 6137 are mutually unlucky
It is dynamic, unclamp film 3；Movable compressing member 6133 is under the action of sliding power part 6138, and the distance of mobile setting, then first is solid
Determine 6136 and second fixed block 6137 of block move toward one another will film 3 clamp；Blank 6134 drives cutter, and film 3 is cut off；
Vertically movable part 6143 drives suction block 6144 to move downward, and the film 3 after cut-out is sucked suction block 6144, then in transverse direction
Under the action of moving member 6142, it is transplanted on the top of cutting mechanism；Vertically movable part 6143 declines, by the film of suction block 6144
3 are attached on coating piece 2.
As shown in fig. 6, blank component 34 includes being slidably connected in the sliding panel 341 of 325 upside of transverse slat, it is fixed on sliding panel
341 mounting blocks 342 and the blank force piece 343 for being fixed on mounting blocks 342 (for cylinder).The power of blank force piece 343 is defeated
Outlet is equipped with the cutter 344 for cutting off film 3.Sliding panel 341 is fixed on the parallel power part 345 being equipped with (for cylinder)
On, and parallel power part 345 pushes sliding panel 341 to be parallel to the movement of 2 feedstock direction of coating piece, so that cutter 344 is parallel to
3 feedstock direction of film moves, and then adjusts the off-position on film 3 of cutter 344.Wherein, the driving of blank force piece 343 is cut
Expect that knife 344 is moved perpendicular to 3 feedstock direction of film, so that cutter 344 cuts off film 3.The quantity of cutter 344 should be with suction
Expect that the quantity of block 6144 is equal, and is parallel on transverse slat 325.
Preferably, cutter 344 is arranged on the side that the second pressing plate 323 is bordering on inclusion mechanism 40.
Preferably, to be three for suction block 6144 is described above, so the quantity of cutter 344 is also three.
Preferably, the second pressing plate 323 is bordering on 40 side of inclusion mechanism and is equipped with several stomatas with vacuum generator unicom.
Stomata is close to cutter 346 is bordering on, so that fixation is sucked in film 3 by stomata, cutter 346 can property cut film 3.
Cutting mechanism 30 includes the first binder component 31 for being bordering on blowing end, is bordering on second binder of 40 one end of inclusion mechanism
Component 32 and the crosscutting component 33 being set between the first binder component 31 and the second binder component 32.Crosscutting component 33 includes
Crosscutting force piece 331 is fixed on the revolving knife 332 of crosscutting 331 power output end of force piece.Revolving knife 332 is set on the first binder
Between 31 and second binder component 32 of component.Wherein, crosscutting component 33 further includes transverse cutting frame 333, and transverse cutting frame 33 is mounted on the
One binder component, 31 upper end.Preferably, crosscutting force piece 331 is rodless cylinder, and power output end is equipped with maneuvering board, maneuvering board
Lower end is installed by revolving knife 332.Crosscutting force piece 331 drives revolving knife 332 to be moved perpendicular to the feedstock direction of coating piece 2.First
After 31 and second binder component 32 of binder component pushes down coating piece 2, coating piece 2 is cut off in 332 transverse movement of revolving knife.
Specifically, the first binder component 31 includes fixed material-pressing rack 311, it is fixed on the first binder of fixed material-pressing rack 311
Force piece 312 (cylinder) and the first pressing plate 313 for being fixed on 312 power output end of the first binder force piece.First pressing plate 313
Equipped with the guide post 314 being slidably connected with fixed material-pressing rack 311, so that 313 stable movement of the first pressing plate, so as to make the first pressing plate
313 preferably contact with coating piece 2.First pressing plate, 313 downside is equipped with backing plate 315, so that coating piece 2 passes through the first pressing plate 313
Between backing plate 315.First pressing plate 313 moves downward under the action of the first binder force piece 312, and coating piece 2 is pressed on
315 upper surface of backing plate.Crosscutting force piece 331 is fixed on fixed 311 upper end of material-pressing rack.
Specifically, the second binder component 32 includes movable material-pressing rack 321, it is fixed on the mobile power of movable material-pressing rack 321
Part 322 (cylinder) and the second pressing plate 323 for being fixed on mobile 322 power output end of force piece.Movable material-pressing rack 321 is fixed on
The power output end of adjusting force piece 324 being equipped with, so that the second feeding pressure mechanism 32 moves on feedstock direction, to adjust second
Pressing plate 323 and the distance between inclusion mechanism 40, the first feeding pressure mechanism 31.Second pressing plate 323 is bordering on 40 one end of inclusion mechanism and sets
There is pressing inclined-plane.The pressing inclined-plane of second pressing plate 323 can preferably guide coating piece 2 to be fitted in workpiece surface.Press inclined-plane with
The surface contact of rotational workpieces, workpiece surface is tightly attached to by coating piece 2 in inclusion mechanism 40, and then makes coating piece 2 more preferable
Be fitted on workpiece.The interaction on the pressing inclined-plane of the second pressing plate 323 and the hold-down roller 44 of inclusion mechanism 40, makes coating piece
2 more efficiently, it is accurate, lie flat on workpiece surface, avoid residual bubble.
Wherein, the sliding rail that movable material-pressing rack 321 is equipped with pedestal 10 is slidably connected, at the same 321 upside of movable material-pressing rack with
The sliding rail that fixed material-pressing rack 311 is equipped with is slidably connected.Movable material-pressing rack is slidably connected about 321 with sliding rail, is conducive to activity
The movement of 321 exactly of material-pressing rack.In addition, it is motor and screw part to adjust force piece 324.Screw is fixed on the power of motor
Output terminal, and movable material-pressing rack 321 is fixed on the transmission nut of screw.The rotary motion driving of motor, movable material-pressing rack 321
Linear motion.Movable material-pressing rack 321 moves along a straight line, and drives the second pressing plate 323 closer or far from inclusion mechanism 40, and then make pressing
Inclined-plane is closer or far from workpiece.
Second pressing plate 323 is moves up and down relative to movable material-pressing rack 321, to adjust the second pressing plate 323 and the first pressing plate
313 horizontal position facilitates passing through for coating piece 2.Specifically, movable 321 both sides of material-pressing rack are equipped with mobile force piece 322, and
Mobile force piece 322 is fixedly connected by the transverse slat 325 being equipped with the second pressing plate 323.Second pressing plate 323 is arranged on transverse slat 325
Lower section, and be fixedly connected with transverse slat 325.325 both ends of transverse slat are equipped with the guide post being slidably connected with movable material-pressing rack 321, to protect
Demonstrate,prove 323 smooth motion of the second pressing plate.
Second binder component 32 further includes the power pressing plate 327 being equipped between 325 and second pressing plate 323 of transverse slat, and power
The power output end of the second binder force piece 326 that pressing plate 327 is equipped with 325 upside of transverse slat is fixedly connected.Power pressing plate 327 with
The gap by coating piece 2 is equipped between second pressing plate 323.Second binder force piece 326 driving power pressing plate 327 towards second
Pressing plate 323 moves, and coating piece 2 is compressed.The first binder component 31 positioned at crosscutting 33 side of component compresses coating piece 2,
The second binder component 32 positioned at crosscutting 33 opposite side of component also compresses coating piece 2, then the revolving knife 332 of crosscutting component 33
Coating piece 2 is cut off in precalculated position.
As shown in fig. 7, the second discharge mechanism 20 include blowing plate 21, rotation be connected in blowing plate 21 emptying roller 22 and
Rotation is connected in several support rollers 23 of blowing plate 21.Emptying roller 22 and 24 driving coupling of blowing force piece being equipped with.Also wrap
Include the material component 25 set on 23 discharge end of support roller.It opens material component 25 and includes a rack 251, be fixed on of a rack 251
Expect force piece 252 and be fixed on the material roller 253 that the power of material force piece 252 goes out output terminal.It is gas to open material force piece 252
Cylinder.
In the production of battery core 1, often to be marked on the surface of battery core 1, so in 1 coating of battery core, in battery core 1
Outside is superscribed together with coating piece 2 with markd film 3.It is pre- between two parts coating piece 2 after coating piece 2 is cut off
Determine a certain distance, then film 3 is pasted onto to the cut-off part of coating piece 2, and two parts coating piece 2 cut off passes through film 3
It connects.It is cut off when cut-out part coating piece 2 is wrapped in 1 outside of battery core, then by film 3, a part of film 3 is in company with coating
Piece 2 is wrapped in 1 outside of battery core, and another part stays in the waiting lower battery core 1 of coating on coating piece 2.
In other embodiment, specific production, feeding device is additionally provided with coating device.Wherein coating device is filled set on feeding
The discharge end put.Specifically, as shown in figure 8, coating device includes discharge mechanism 20, it is fixed on the cutting mechanism 30 of pedestal 10
(cutting mechanism 30 herein is same as described above) and the inclusion mechanism 40 for being fixed on pedestal 10.Cutting mechanism 30, which is set to, to be put
Expect the discharge end of mechanism 20.Inclusion mechanism 40 is set to 30 discharge end of cutting mechanism.Cutting mechanism 30 is used to cut off discharge mechanism
The 20 coating pieces 2 released, so that inclusion mechanism 40 is rotated coating piece 2 on the outside of workpiece.
As shown in figure 9, inclusion mechanism 40 includes swivel mount 41, rotation is connected in several rollers of 41 upper end of swivel mount
42 and the rotary power part 43 (motor) with 42 driving coupling of roller.The rotation of roller 42 is connected in 41 upper end of swivel mount, and arcuation
Arrangement forms the workpiece position of a camber line recess.Roller 42 and 43 driving coupling of rotary power part, arc work is placed on by workpiece
Part position, and roller 42 can drive workpiece to rotate.
Wherein, inclusion mechanism 40 further includes the hold-down roller 44 for being set to 42 top of roller.It is dynamic that hold-down roller 44 is fixed on compression
The power output end of power part 45 (cylinder).Compressing force piece 45 drives hold-down roller 44 to be moved towards roller 42, by workpiece and rolling
Cylinder preferably contact.
Specifically, the power output end for compressing force piece 45 is equipped with connecting plate 46.Connecting plate 46 extends to 42 top of roller,
And elongated end is equipped with spring support 47.The rotation of hold-down roller 44 is connected on spring support 47, and set between spring support 47 and connecting plate 46
Flexible part 48, so that distance variable between hold-down roller 44 and the roller 42 of arcuation arrangement.
More specifically, spring support 47 couples with the extension of connecting plate 46 equipped with sliding bar, and slide bar upper end is equipped with
Spring part.Spring part one end is only butted on top end of sliding rod, and the other end is only butted on spring support upper end.Such setting makes to be placed on arc
The workpiece of the roller 43 of setting, can not only be such that it is come into full contact with roller 43, it may have in coating, can press coating piece 2
On workpiece, bubble is not stayed.
Preferably, connecting plate 46 is slidably connected with swivel mount 41.Rotary power part 43 is motor, and passes through synchronous belt and rolling
42 driving couplings of cylinder.Swivel mount 41 is two, and is symmetrical arranged；The roller 42 of two swivel mounts 41 passes through the rotary shaft that is equipped with
49 driving couplings.Two swivel mount 41U types arrangements, while connecting plate 46, also with U-shaped setting, bottom end is fixed on compression force piece
45 power output ends.
Wherein, as shown in Figure 10-Figure 11, the conveying mechanism 50 for being fixed on pedestal 10 is further included.Conveying mechanism 50 is set on packet
Between two swivel mounts 41 that conjunction mechanism 40 is equipped with.Conveying mechanism 50 includes the carriage 51 for being fixed on pedestal 10, is fixed on defeated
It send the groove profile mounting bracket 52 of frame 51 and is fixed on the groove profile movable bracket 53 of 52 inside of mounting bracket.Mounting bracket 52, activity
Bracket 53 is equipped with the groove for placing workpiece with identical position.Mounting bracket 52 is equipped with jacking force piece 54, and jacks power
The power output end of part 54 is equipped with horizontal power part 55.Movable bracket 53 is set to the power output end of horizontal power part 55.
Wherein, discharge component 612 is arranged on 50 side of conveying mechanism.
Wherein, mounting bracket 6141 is fixed on pedestal 10, and across on conveying mechanism 50 and cutting mechanism 30.Specifically
, suction block 6144 is arranged between the first binder component 31 and the second binder component 32, i.e. 315 and second pressing plate 323 of backing plate
Top.After the revolving knife 332 of crosscutting component 33 cuts off coating piece 2, movable material-pressing rack 321 is in the work for adjusting force piece 324
With lower movement and the 2 scheduled distance of coating piece of cut-out is driven, then the film 3 of absorption is bonded in coating piece by suction block 6144
On 2.
Specifically, jacking force piece 54 is arranged on 52 bottom end of mounting bracket, and jacks 54 power output end of force piece and be equipped with
Support plate 56.Support plate 56 is equipped with sliding rail, so that the sliding block that 53 bottom end of movable bracket is equipped with is slidably connected with sliding rail.Horizontal power
Part 55 is fixed in support plate 56, and power output end is fixedly connected with movable bracket 53.Under the driving of horizontal power part 55,
Movable bracket 53 is slidably connected relative to support plate 56.Movable bracket 53 is arranged in parallel in the inside of mounting bracket 52, the two it is recessed
Slot coincides.
Mounting bracket 52, movable bracket 53 are arranged between two swivel mounts 41 of inclusion mechanism 40, and arcuation arrangement
Roller 42 is slightly above mounting bracket 52, movable bracket 53.In movable bracket 53 when jacking the jacking of force piece 54, workpiece just position
Above roller 42, when movable bracket 53 declines, workpiece is just hung on the roller 42 of arcuation arrangement.Meanwhile mounting bracket
52nd, movable bracket 53 is also across movable material-pressing rack 321 and fixes material-pressing rack 311, and be arranged on the first pressing plate 313, the second pressure
323 lower section of plate.
The course of work of conveying mechanism 50：Lifting body 54 drives horizontal power part 55 and movable bracket 53 to rise, due to
The groove of movable bracket 53 is fluted in identical position setting with mounting bracket 52, so when movable bracket 53 rises, drives
Workpiece in mounting bracket 52 rises, then movable bracket 53 under the action of horizontal power part 55 relative to mounting bracket 52 to
Preceding movement, mobile distance are the distance between two adjacent grooves (if it is desired, mobile distance is two adjacent grooves
The several times of distance).After being moved to the position of setting, movable bracket 53 declines the roller that workpiece both ends hang over two swivel mounts 41
On 42, so as to which workpiece is under the drive of roller 42, rotary power is obtained.Remaining workpiece follows movable bracket 53 to move setpoint distance
Afterwards, it is hung in 52 corresponding groove of mounting bracket.It is multiple under the action of horizontal power part 55 after movable bracket 53 declines
Position.
A kind of coating method, as shown in figure 12, the movable bracket 53 of conveying mechanism 50 will in the case where jacking force piece 54 acts on
Workpiece lifts, and movable bracket 53 is relatively fixed bracket 52 and moves forward several slot positions under the effect of horizontal power part 55, will
The workpiece of mounting bracket 52 moves forward；Movable bracket 53 declines, and the workpiece of 40 top of inclusion mechanism falls the rolling set in arcuation
On cylinder 42, and roller 42 drives workpiece rotation；The groove of movable bracket 53 is less than the groove of mounting bracket 52, movable bracket 53
Workpiece fall in mounting bracket 52, and movable bracket 53 resets；Coating piece 2 is released from discharge mechanism 20, by guillotine
Structure 30 cuts off the coating piece 2 for setting length；Second pressing plate 323 of cutting mechanism 30 send coating piece 2 on the upside of rotational workpieces；
The workpiece of rotation drives coating piece 2 to be wrapped on the outside of workpiece, and hold-down roller 44 compresses coating piece 2；After the completion of coating, activity support
Frame 53 will be removed, and wait for next workpiece.
Specifically, coating piece 2 is sent to cutting mechanism 30 by the emptying roller 22 of the second discharge mechanism 62, then the first binder
31 and second binder component 32 of component fixes coating piece 2, and crosscutting force piece 331 drives revolving knife 332 to cut off coating piece 2,
Movable material-pressing rack 321 moves under the action of force piece 324 is adjusted and drives the 2 scheduled distance of coating piece of cut-out.Meanwhile the
One discharge mechanism 61 releases film 3 in the effect of discharge component 612, and cutting assembly 613 cuts off the film 3 of predetermined length.
Film 3 after cut-out is sucked by suction block 6144, and then the film 3 of absorption is bonded in the coating piece 2 of cut-out by suction block 6144
Two parts coating piece 2 of cut-out is linked together by cut-off part.2 one end of coating piece connects with the rotation battery core 1 in inclusion mechanism
It touches, and rotates battery core 1 and coating piece 2 is wrapped in its outside.When coating piece 2 is by cut-off part, the blank of blank component 34
344 downward actuation of knife cuts off film 3, and battery core 1 continues rotation and remaining coating piece 2 and film 3 are wrapped in its outside,
1 outside of battery core is wrapped in so as to complete coating piece 2 and film 3.
The utility model is chiefly used in the production of battery core, and wherein workpiece is exactly battery core.Round battery core is in the utility model
Under work, film is superscribed in periphery, is conducive to battery core in subsequent production work, also instead of artificial coating, is reduced artificial
Cost improves productivity, meanwhile, the accuracy of coating is also improved, reduces production accident.
In conclusion a kind of double feeding devices of the utility model, discharge mechanism carries out blowing, the first discharge mechanism to coating
Blowing is carried out to film, the two is converged in cutting mechanism, and film is attached on coating.This double feeding device, can simultaneously on
Film is wrapped on the inside of coating piece, does not allow label easy to wear by material.The utility model simplifies the work of workpiece shaping coating
Sequence, by coating by manually upgrading to automation；Precision height is positioned manually in automation equipment, and consistency is high, and operation accuracy is high, has
Effect improves production capacity, reduces cost of labor, improves production safety degree.
The above-mentioned technology contents that the utility model is only further illustrated with embodiment, in order to which reader is easier to understand,
But the embodiment for not representing the utility model is only limitted to this, any technology extension or recreation done according to the utility model,
Protected by the utility model.The scope of protection of the utility model is subject to claims.
Claims (10)
1. a kind of double feeding devices, which is characterized in that including the first discharge mechanism, the second discharge mechanism and be set to first and put
Expect mechanism and the cutting mechanism of the second discharge mechanism discharge end；First discharge mechanism includes first support, set on first
The discharge component of frame, set on the cutting assembly of discharge component discharge end, set on the transfer component of cutting assembly discharge end；The shifting
Sending component is located at the feed end of cutting assembly.
2. a kind of double feeding devices according to claim 1, which is characterized in that the discharge component includes being fixed on first
The discharging force piece of stent, is connected in the discharge roller of discharging force piece power output end, and rotation is connected in the several of first support
A carrying roller；The discharge roller blowing, by carrying roller to reach the feed end of cutting assembly.
3. a kind of double feeding devices according to claim 2, which is characterized in that the discharging force piece is straight line power
Part；The power output end of the straight line force piece is additionally provided with gripping roll；Feed side, the exit side of the gripping roll are at least set
There are one carrying rollers；The gripping roll is between discharge roller and carrying roller, and straight line force piece movement driving gripping roll pressing material band,
So that discharge roller rotates blowing.
4. a kind of double feeding devices according to claim 1, which is characterized in that the cutting assembly includes fixing first
The installing plate of frame is fixed on be fixed and clamped part and the movable compressing member that is slidably connected with installing plate of installing plate；The activity pressure
Tight part is set on the side for the part that is fixed and clamped；The blank being equipped between part and movable compressing member that is fixed and clamped；The cut-out
Part is equipped with cut-out force piece；The cut-out force piece power output end is equipped with cutoff tool.
5. a kind of double feeding devices according to claim 4, which is characterized in that the part that is fixed and clamped includes being fixed and clamped
Force piece, set on the force piece power output that is fixed and clamped the first fixed block and be fixed on the second fixed block of installing plate；It is described
First fixed block, the second fixed block opposite face be equipped with compression bar；The activity compressing member is set to the sliding power being equipped with
Part power output end；The activity compressing member is equipped with activity and compresses force piece；The activity compresses the power output end of force piece
Have equipped with the first compact heap, the second compact heap, and the first compact heap with the second compact heap and move toward one another；First compact heap
Rotation connection has compression stick；Second compact heap is equipped with compression bar.
6. a kind of double feeding devices according to claim 1, which is characterized in that the transfer component includes mounting bracket, if
Transverse shifting part in mounting bracket and the vertically movable part set on transverse shifting part；The vertically movable part is equipped with vertical power
Part；The vertical force piece power output end be equipped with several suction blocks, and with equipped with vacuum generator unicom.
7. a kind of double feeding devices according to claim 1, which is characterized in that second discharge mechanism includes blowing
Plate, rotation is connected in the emptying roller of blowing plate and rotation is connected in several support rollers of blowing plate；The emptying roller is with being equipped with
Blowing force piece driving coupling；Further include the material component set on support roller discharge end；Described material component includes a rack,
It is fixed on the material force piece of a rack and is fixed on the material roller that the power of material force piece goes out output terminal.
8. a kind of double feeding devices according to claim 1, which is characterized in that the cutting mechanism includes being bordering on blowing end
The first binder component, be bordering on the second binder component of inclusion mechanism one end and be set to the first binder component and the second binder
Crosscutting component between component；The crosscutting component includes crosscutting force piece, is fixed on the horizontal stroke of crosscutting force piece power output end
Cutter；The revolving knife is set between the first binder component and the second binder component.
9. a kind of double feeding devices according to claim 8, which is characterized in that the first binder component includes fixed press
Rack is fixedly linked in the first binder force piece of fixed material-pressing rack and is fixed on the first binder force piece power output end
First pressing plate；First pressing plate is equipped with the guide post being slidably connected with fixed material-pressing rack；Backing plate is equipped on the downside of first pressing plate,
And first gap for being formed through coating piece between pressing plate and backing plate；The second binder component includes movable material-pressing rack, Gu
Due to movable material-pressing rack mobile force piece and be fixed on the transverse slat of mobile force piece power output end；It is solid on the downside of the transverse slat
Surely there is the second pressing plate；The power pressing plate being equipped between the transverse slat and the second pressing plate, and be equipped on the upside of power pressing plate and transverse slat
The power output end of second binder force piece is fixedly connected；Coating piece is formed through between the power pressing plate and the second pressing plate
Gap；It is described activity material-pressing rack be fixed on be equipped with adjusting force piece power output end so that the second feeding pressure mechanism in into
Material side moves upwards；Second pressing plate is bordering on inclusion mechanism one end and is equipped with pressing inclined-plane.
10. a kind of double feeding devices according to claim 9, which is characterized in that the transfer component is set on the second binder
Above component；The second pressing plate upper surface is equipped with blank component；The blank component includes being slidably connected on the upside of transverse slat
Sliding panel, the mounting blocks for being fixed on sliding panel and the blank force piece for being fixed on mounting blocks；The power of the blank force piece is defeated
Outlet is equipped with cutter；The sliding panel is fixed on the power output end of parallel power part being equipped with, and parallel power part pushes
Sliding panel is parallel to the movement of coating piece feedstock direction；The blank force piece driving cutter is transported perpendicular to film feedstock direction
It is dynamic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721338732.7U CN207509355U (en) | 2017-10-17 | 2017-10-17 | A kind of double feeding devices |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721338732.7U CN207509355U (en) | 2017-10-17 | 2017-10-17 | A kind of double feeding devices |
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| CN207509355U true CN207509355U (en) | 2018-06-19 |
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| CN (1) | CN207509355U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109664366A (en) * | 2017-10-17 | 2019-04-23 | 深圳市赢合科技股份有限公司 | A kind of double feeding devices |
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2017
- 2017-10-17 CN CN201721338732.7U patent/CN207509355U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109664366A (en) * | 2017-10-17 | 2019-04-23 | 深圳市赢合科技股份有限公司 | A kind of double feeding devices |
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