CN208684168U - A kind of automatic packet high tempreture tape device for copper foil - Google Patents
A kind of automatic packet high tempreture tape device for copper foil Download PDFInfo
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- CN208684168U CN208684168U CN201821242178.7U CN201821242178U CN208684168U CN 208684168 U CN208684168 U CN 208684168U CN 201821242178 U CN201821242178 U CN 201821242178U CN 208684168 U CN208684168 U CN 208684168U
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- tempreture tape
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- feed
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Abstract
The utility model relates to a kind of automatic packet high tempreture tape devices for copper foil, belong to field of mechanical technique.The packet high tempreture tape device is provided with support baseboard, high tempreture tape feeding structure is provided on the support baseboard, high tempreture tape cutting structure is provided on the right side of the high tempreture tape feeding structure, high tempreture tape grasping structures are provided on the multidirectional moving structure, it is provided with copper foil material ejecting structure on the right side of the high tempreture tape grasping structures, is provided with high tempreture tape attached structure on rear side of the copper foil feeding structure.The benificial effect of the utility model is to conveying high tempreture tape by high tempreture tape feeding structure, high tempreture tape is cut by high tempreture tape cutting structure, high tempreture tape after being cut by the clamping of high tempreture tape grasping structures, copper foil is conveyed by copper foil feeding structure, high tempreture tape is attached on copper foil by high tempreture tape attached structure, to realize the purpose of automatic packet high tempreture tape, the utility model structure novel is easy to operate.
Description
Technical field:
The utility model relates to a kind of automatic packet high tempreture tape devices for copper foil, belong to field of mechanical technique.
Background technique:
Transformer (Transformer) is the device for changing alternating voltage using the principle of electromagnetic induction, main member
It is primary coil, secondary coil and iron core (magnetic core).Major function has: voltage transformation, impedance transformation, is isolated, is steady at current transformation
Press (magnetic saturation transformer) etc..Can be divided into, according to use: (electric furnace becomes, rectification becomes, power frequency examination for power transformer and special transformer
Test transformer, pressure regulator, mining change, audio-frequency transformer, intermediate-frequency transformer, high frequency transformer, impact transformer, instrument transformation
Device, electronic transformer, reactor, mutual inductor etc..
Transformer can be provided with copper foil, copper foil is primarily used to do shielded layer use during manufacture in transformer
, that is, one layer of copper foil is wrapped after primary coil is wound further around secondary coil, copper foil is drawn a head to be grounded energy
Shielding action is played, and also wraps a circle high tempreture tape on copper foil, because gummed paper viscosity is big, the position degree requirement of packet high tempreture tape
Height, and be easy product packet tiltedly etc. reasons, be all manually to produce at present, production efficiency is low, and labor intensive is more.
Summary of the invention:
The technical problem to be solved by the utility model is to provide a kind of automatic packet high tempreture tape device for copper foil,
To solve problems faced in industry.
In order to solve the above-mentioned technical problem, the utility model is achieved through the following technical solutions.
A kind of automatic packet high tempreture tape device for copper foil, is provided with copper foil and high tempreture tape, also sets up high-temp glue
Packet high tempreture tape device on paper bag to copper foil, the packet high tempreture tape device are provided with support baseboard, on the support baseboard
It is provided with high tempreture tape feeding structure, high tempreture tape cutting structure is provided on the right side of the high tempreture tape feeding structure, it is described
It is provided with multidirectional moving structure on rear side of high tempreture tape feeding structure, high tempreture tape clamping is provided on the multidirectional moving structure
Structure, the multidirectional moving structure drive the high tempreture tape grasping structures to do and move horizontally up and down, the high tempreture tape clamping
It is provided with copper foil material ejecting structure on the right side of structure, copper foil feeding structure, institute are additionally provided on the right side of the support baseboard upper surface
It states and is provided with high tempreture tape attached structure on rear side of copper foil feeding structure, the bottom of the support baseboard is provided with back-and-forth motion knot
Structure.
Preferably, the high tempreture tape feeding structure is provided with feed vertical plate, the feed vertical plate is installed on the branch
It supports on bottom plate, high tempreture tape supply disk is provided on the feed vertical plate, the high tempreture tape supply disk is connected by oblique vertical plate
Onto the feed vertical plate, it is provided with deflecting roller on the oblique vertical plate, is additionally provided with position-limited wheel, the confession on the feed vertical plate
It is provided with ratchet wheel frame on the right side of material vertical plate, ratchet is provided on the ratchet wheel frame, ratchet driving is additionally provided on the ratchet wheel frame
Motor, the ratchet driving motor connect together with the ratchet, are provided with high tempreture tape on the right side of the ratchet wheel frame and cut
Structure.
Preferably, the high tempreture tape cutting structure is provided with and cuts frame, it is described cut to be provided on frame cut bottom plate,
It is described cut to be provided on bottom plate cut knife rest, it is described cut knife rest and be installed to by knife rest pressing plate cut on bottom plate, the sanction
It is provided with cutting knife on cutoff knife rack, is provided on the cutting knife and cuts upper plate, it is described to cut upper plate cutting knife is connected to sanction
On cutoff knife rack, it is described cut to be provided on rear side of knife rest cut electric cylinders, it is described cut electric cylinders and be connected to cut on bottom plate.
Preferably, the multidirectional moving structure is provided with multiple vertical gripper shoes placed vertically, the vertical support
It is provided with horizontal positioned horizontal supporting plate on plate, horizontal moving cylinder, the water are provided on the right side of the horizontal supporting plate
The side of flat mobile cylinder is provided with horizontal guide rail, and horizontal slider is provided on the horizontal guide rail, is set on the horizontal slider
Be equipped with the plate that moves horizontally of U-shaped structure, the cylinder axis of the horizontal moving cylinder be connected to it is described move horizontally on plate, it is described
It moves horizontally and is provided with back side panel on plate, lifting fixed plate is provided on the back side panel, is set at the top of the lifting fixed plate
It is equipped with lifting cylinder, lifting moving plate is provided in the lifting fixed plate, the cylinder axis of the lifting cylinder is connected to described
On lifting moving plate, it is provided with riser guide in the lifting fixed plate, lifting slider is provided on the riser guide, it is described
High tempreture tape grasping structures are connected on lifting slider and lifting moving plate.
Preferably, the high tempreture tape grasping structures setting clamping support plate and rotating electric machine seat board, the clamping branch
Fagging is connected together with rotating electric machine seat board by middle connecting plate, and the clamping support plate is installed on lifting moving plate,
The rotating electric machine seat board is installed on lifting slider, and rotating electric machine, the electric rotating are provided on the rotating electric machine seat board
It is provided with rotary connection plate on machine, slide unit clamping cylinder, the slide unit clamping cylinder are provided on the right side of the rotary connection plate
Cylinder axis on be provided with L-type movable plate, intermediate link block, the intermediate link block are provided on the left of the rotary connection plate
Centre be provided with gas absorption plate, clamping plate is provided at left and right sides of the intermediate link block, the clamping plate is pacified respectively
Loaded on the L type movable plate, the bottom of the clamping plate is provided with multiple clamping claws.
Preferably, the copper foil material ejecting structure is provided with liftout vertical plate, it is provided with liftout crossbeam on the liftout vertical plate,
It is provided with material ejection cylinder on the liftout crossbeam, liftout support plate is provided on the cylinder axis of the material ejection cylinder.
Preferably, the copper foil feeding structure is provided with feed support baseboard, it is provided on the feed support baseboard
It is fed crossbeam, is provided with feed upper backup pad on the feed crossbeam, driving electricity is provided on the left of the feed upper backup pad
Machine is provided with driving encoder on the driving motor, is provided with copper foil supply disk on the right side of the feed upper backup pad, described
For driving motor by being drivingly connected in band connection to copper foil supply disk, the side of the copper foil supply disk is provided with copper foil limiting block
Block, the side of the copper foil limited block are provided with copper foil clamping bracket, are provided with multiple copper foils on the copper foil clamping bracket
Idler wheel is clamped, the side of the copper foil clamping bracket is provided with right side copper foil top plate, and the side of the copper foil die pad is provided with
Copper foil material ejection cylinder, the cylinder axis of the copper foil material ejection cylinder are provided with left side copper foil top plate.
Preferably, the high tempreture tape attached structure is provided with attaching support plate, it is provided in the attaching support plate
Transverse slat is attached, the left and right side for attaching transverse slat attaches electric cylinders and attaches electric cylinders with rear before being respectively arranged with, attaching electricity before institute
Plate is attached before being provided on cylinder, attaches plate after being provided in the rear attaching electric cylinders, electric cylinders and afterwards attaching electric cylinders are attached before described
Between be provided with copper foil tensioning plate.
Preferably, the back-and-forth motion structure setting has multiple back-and-forth motion electric cylinders, the back-and-forth motion electric cylinders installation
Back-and-forth motion guide rail, the back-and-forth motion guide rail are provided between the bottom of the support baseboard, the back-and-forth motion electric cylinders
On be provided with front and back sliding block, the front and back sliding block is connected on the support baseboard.
Compared with prior art, the benificial effect of the utility model is to conveying high-temp glue by high tempreture tape feeding structure
Paper cuts high tempreture tape by high tempreture tape cutting structure, the high tempreture tape after being cut by the clamping of high tempreture tape grasping structures,
Copper foil is conveyed by copper foil feeding structure, is attached to high tempreture tape on copper foil by high tempreture tape attached structure, to realize
The purpose of automatic packet high tempreture tape, the utility model structure novel are easy to operate.
Detailed description of the invention:
The present invention will be further described with reference to the accompanying drawing.
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of high tempreture tape feeding structure, multidirectional moving structure and high tempreture tape grasping structures.
Fig. 3 is the structural schematic diagram of multidirectional moving structure and high tempreture tape grasping structures.
Fig. 4 is the structural schematic diagram of high tempreture tape feeding structure.
Fig. 5 is the structural schematic diagram of high tempreture tape cutting structure.
Fig. 6 is the main view of multidirectional moving structure.
Fig. 7 is the rearview of multidirectional moving structure.
Fig. 8 is the structural schematic diagram of high tempreture tape grasping structures.
Fig. 9 is the structural schematic diagram for clamping support plate and rotating electric machine seat board and middle connecting plate.
Figure 10 is the structural schematic diagram after high tempreture tape grasping structures removal clamping support plate.
Figure 11 is the structural schematic diagram for clamping plate.
Figure 12 is the structural schematic diagram of copper foil material ejecting structure.
Figure 13 is the main view of copper foil feeding structure.
Figure 14 is the rearview of copper foil feeding structure.
Figure 15 is the structural schematic diagram of high tempreture tape attached structure.
Figure 16 is the structural schematic diagram for being moved forward and backward structure.
Specific embodiment:
The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments:
As shown in Figure 1 to Figure 3, a kind of automatic packet high tempreture tape device for copper foil, is provided with copper foil and high tempreture tape,
It also sets up the packet high tempreture tape device 1 on high-temp glue paper bag to copper foil, the packet high tempreture tape device 1 is provided with support baseboard
101, high tempreture tape feeding structure 2, the right side setting of the high tempreture tape feeding structure 2 are provided on the support baseboard 101
There is high tempreture tape cutting structure 3, the rear side of the high tempreture tape feeding structure 2 is provided with multidirectional moving structure 4, the multidirectional shifting
High tempreture tape grasping structures 5 are provided in dynamic structure 4, the multidirectional moving structure 4 drives the high tempreture tape grasping structures 5 to do
It moves horizontally up and down, the right side of the high tempreture tape grasping structures 5 is provided with copper foil material ejecting structure 6, on the support baseboard 101
Copper foil feeding structure 7 is additionally provided on the right side of surface, the rear side of the copper foil feeding structure 7 is provided with high tempreture tape attached structure
8, the bottom of the support baseboard 101, which is provided with, is moved forward and backward structure 9, and the bottom for being moved forward and backward structure 9 is provided with bottom plate
102。
As shown in figure 4, the high tempreture tape feeding structure 2 is provided with feed vertical plate 201, the feed vertical plate 201 is installed
In on the support baseboard 101, being provided with high tempreture tape supply disk 202 on the feed vertical plate 201, the high tempreture tape is supplied
Charging tray 202 is connected on the feed vertical plate 201 by oblique vertical plate 203, is provided with deflecting roller 204, institute on the oblique vertical plate 203
It states and is additionally provided with position-limited wheel 205 on feed vertical plate 201, the right side of the feed vertical plate 201 is provided with ratchet wheel frame 206, the spine
It is provided with ratchet 207 on wheel carrier 206, ratchet driving motor 208, the ratchet driving electricity are additionally provided on the ratchet wheel frame 206
Machine 208 is connected together with the ratchet 207, and the right side of the ratchet wheel frame 206 is provided with high tempreture tape cutting structure 3.
As shown in figure 5, the high tempreture tape cutting structure 3, which is provided with, cuts frame 301, described cut is provided on frame 301
Cut bottom plate 302, it is described cut to be provided on bottom plate 302 cut knife rest 303, the knife rest 303 that cuts passes through knife rest pressing plate 304
It is installed to and cuts on bottom plate 302, described cut is provided with cutting knife 305 on knife rest 303, be provided with sanction on the cutting knife 305
Cut upper plate 306, it is described cut upper plate 306 and be connected to cutting knife 305 cut on knife rest 303, the rear side for cutting knife rest 303
Be provided with and cut electric cylinders 307, it is described cut electric cylinders 307 and be connected to cut on bottom plate 302.
As shown in Figure 6 to 7, the multidirectional moving structure 4 is provided with multiple vertical gripper shoes 401 placed vertically, institute
It states and is provided with horizontal positioned horizontal supporting plate 402 in vertical gripper shoe 401, the right side of the horizontal supporting plate 402 is provided with
Horizontal moving cylinder 403, the side of the horizontal moving cylinder 403 are provided with horizontal guide rail 404, on the horizontal guide rail 404
It is provided with horizontal slider 405, U-shaped structure is provided on the horizontal slider 405 moves horizontally plate 406, the horizontal shifting
Take offence cylinder 403 cylinder axis be connected to it is described move horizontally on plate 406, described move horizontally is provided with back side panel on plate 406
407, lifting fixed plate 408 is provided on the back side panel 407, the top of the lifting fixed plate 408 is provided with lifting cylinder
409, lifting moving plate 410 is provided in the lifting fixed plate 408, the cylinder axis of the lifting cylinder 409 is connected to described
On lifting moving plate 410, it is provided with riser guide 411 in the lifting fixed plate 408, is provided on the riser guide 411
Lifting slider 412, the high tempreture tape grasping structures 5 are connected on lifting slider 412 and lifting moving plate 410.
As shown in Figs. 8 to 11, the setting of the high tempreture tape grasping structures 5 clamping support plate 501 and rotating electric machine seat board
502, the clamping support plate 501 is connected together with rotating electric machine seat board 502 by middle connecting plate 503, the clamping branch
Fagging 501 is installed on lifting moving plate 410, and the rotating electric machine seat board 502 is installed on lifting slider 412, the rotation
It is provided with rotating electric machine 504 on motor seat board 502, rotary connection plate 505, the rotation are provided on the rotating electric machine 504
The right side of connecting plate 505 is provided with slide unit clamping cylinder 506, and L-type shifting is provided on the cylinder axis of the slide unit clamping cylinder 506
Movable plate 507, the left side of the rotary connection plate 505 are provided with intermediate link block 508, and the centre of the intermediate link block 508 is set
It is equipped with gas absorption plate 509, the left and right sides of the intermediate link block 508 is provided with clamping plate 510, and the clamping plate 510 divides
It is not installed on the L-type movable plate 507, the bottom of the clamping plate 510 is provided with multiple clamping claws 511.
As shown in figure 12, the copper foil material ejecting structure 6 is provided with liftout vertical plate 601, is arranged on the liftout vertical plate 601
There is liftout crossbeam 602, material ejection cylinder 603 is provided on the liftout crossbeam 602, is set on the cylinder axis of the material ejection cylinder 603
It is equipped with liftout support plate 604.
As shown in Figure 13 to Figure 14, the copper foil feeding structure 7 is provided with feed support baseboard 701, the feed support
It is provided with feed crossbeam 702 on bottom plate 701, is provided on the feed crossbeam 702 and is fed upper backup pad 703, on the feed
The left side of support plate 703 is provided with driving motor 704, and driving encoder 705, the confession are provided on the driving motor 704
The right side of material upper backup pad 703 is provided with copper foil supply disk 706, and the driving motor 704 is connected to by being drivingly connected band 707
On copper foil supply disk 706, the side of the copper foil supply disk 706 is provided with copper foil limited block 708, the copper foil limited block
708 side is provided with copper foil clamping bracket 709, and multiple copper foil clamping idler wheels are provided on the copper foil clamping bracket 709
710, the side of the copper foil clamping bracket 709 is provided with right side copper foil top plate 711, the side of the right side copper foil top plate 711
It is provided with copper foil material ejection cylinder 712, the cylinder axis of the copper foil material ejection cylinder 712 is provided with left side copper foil top plate 713.
As shown in figure 15, the high tempreture tape attached structure 8, which is provided with, attaches support plate 801, the attaching support plate 801
On be provided with and attach transverse slat 802, the left and right side for attaching transverse slat 802 attaches electric cylinders 803 and rear patch before being respectively arranged with
Attached electric cylinders 804 attach before described and attach plate 805 before being provided in electric cylinders 803, attach after described and paste after being provided in electric cylinders 804
Attached plate 806, attaches electric cylinders 803 before described and rear attach is provided with copper foil tensioning plate 807 between electric cylinders 804.
As shown in figure 16, the back-and-forth motion structure 9 is provided with multiple back-and-forth motion electric cylinders 901, the back-and-forth motion electricity
Cylinder 901 is installed on the bottom of the support baseboard 101, is provided with back-and-forth motion guide rail between the back-and-forth motion electric cylinders 901
902, front and back sliding block is provided on the back-and-forth motion guide rail 902, and the front and back sliding block is connected on the support baseboard 101.
In use, high tempreture tape is placed on high tempreture tape supply disk 202, high tempreture tape is passed through into 204 He of deflecting roller
Position-limited wheel 205 is wound on ratchet wheel frame 206 and is provided on ratchet 207, and starting ratchet driving motor 208 drives ratchet 207 to rotate,
To drive high tempreture tape rotation by ratchet 207, since the right side of the ratchet wheel frame 206 is provided with high tempreture tape cutting structure
3, when high tempreture tape in the rotation, starting cut electric cylinders 307, cut electric cylinders 307 starting when, promotion cut knife rest
303 are moved forward and backward, and cut and are provided with cutting knife 305 on knife rest 303, and such cutting knife 305 is just with before and after cutting knife rest 303
Mobile, cutting knife 305 just cuts high tempreture tape when being moved forward and backward.
When high tempreture tape is cut after knife 305 cuts, start high tempreture tape grasping structures 5, starting gas first is inhaled
The high tempreture tape cut is adsorbed by gas absorption plate 509, then restarts slide unit clamping cylinder 506 by attached plate 509,
It is mobile that L-type movable plate 507 is driven by slide unit clamping cylinder 506, and is provided with clamping plate 510 on L-type movable plate 507, and is pressed from both sides
The bottom of plate 510 is taken to be provided with multiple clamping claws 511, such slide unit clamping cylinder 506 can pass through cylinder axis when starting
It is mobile to drive L-type movable plate 507, and clamps plate 510 and is secured on L-type movable plate 507, clamping plate 510 in this way is just with cunning
The cylinder axis of platform clamping cylinder 506 is mobile, and clamps and be provided with clamping claw 511 on plate 510, and such clamping claw 511 will just be cut
Good high tempreture tape is clamped.
After the high tempreture tape cut is good by the clamping of clamping plate 510, start rotating electric machine 504,504 band of rotating electric machine
Dynamic rotary connection plate 505 is rotated, and is clamped plate 510 and be mounted in rotary connection plate 505, such rotary connection plate
505 when rotation, and clamping plate 510 is driven to be rotated, and clamping plate 510 in this way drives the high tempreture tape cut to be turned over
Turn, the high tempreture tape after overturning is sent to the side of copper foil material ejecting structure 6.
It is provided with copper foil supply disk 706 on copper foil feeding structure 7, copper foil is placed on copper foil supply disk 706, together
When one end of copper foil is punctured into copper foil clamping idler wheel 710, while one end of copper foil being continued to be placed into copper foil material ejecting structure 6
Side, until one end of copper foil is placed into high tempreture tape attached structure 8, attached before copper foil is inserted into plate 805 and after
It attaches between plate 806, the side of high tempreture tape attached structure 8 is provided with material rolling device, will have been attached by material rolling device
Copper foil carries out coiled strip.
Driving motor 704 on starting feed upper backup pad 703, driving motor 704 are driven by being drivingly connected band 707
Copper foil supply disk 706 rotates and then carries out copper foil blowing, when high tempreture tape grasping structures 5 inhale the high tempreture tape cut
It is attached and after overturning, when copper foil passes through copper foil material ejecting structure 6, high temperature that high tempreture tape grasping structures 5 will directly have been cut
Gummed paper attaches on copper foil, and the copper foil for attaching high tempreture tape is moved between preceding attaching plate 805 and rear attaching plate 806, opens simultaneously
Electric cylinders 803 are attached before dynamic and attach electric cylinders 804 with rear, attach plate before driving by preceding attaching electric cylinders 803 and rear attaching electric cylinders 804
805 are moved forward and backward with the rear plate 806 that attaches, to attach plate 805 and the rear back-and-forth motion for attaching plate 806 for high-temp glue by preceding
Paper is stronger to attaching on copper foil, so that the purpose attached to high tempreture tape on copper foil is realized, to improve
Attaching efficiency improves the qualification rate of attaching.
It is emphasized that: the above is only the preferred embodiment of the present utility model, not appoints to the utility model
What formal limitation, any simple modification made by the above technical examples according to the technical essence of the present invention, etc.
With variation and modification, it is still within the scope of the technical solutions of the present invention.
Claims (9)
1. a kind of automatic packet high tempreture tape device for copper foil, is provided with copper foil and high tempreture tape, also sets up high tempreture tape
Wrap the packet high tempreture tape device (1) on copper foil, it is characterised in that: the packet high tempreture tape device (1) is provided with support baseboard
(101), it is provided with high tempreture tape feeding structure (2) on the support baseboard (101), the high tempreture tape feeding structure (2)
Right side is provided with high tempreture tape cutting structure (3), is provided with multidirectional moving structure on rear side of the high tempreture tape feeding structure (2)
(4), it is provided with high tempreture tape grasping structures (5) on the multidirectional moving structure (4), the multidirectional moving structure (4) drives institute
State high tempreture tape grasping structures (5) do up and down move horizontally, be provided with copper foil top on the right side of the high tempreture tape grasping structures (5)
Expect structure (6), is additionally provided with copper foil feeding structure (7) on the right side of support baseboard (101) upper surface, the copper foil feed knot
It is provided on rear side of structure (7) high tempreture tape attached structure (8), the bottom of the support baseboard (101) is provided with back-and-forth motion knot
Structure (9), the bottom for being moved forward and backward structure (9) are provided with bottom plate (102).
2. the automatic packet high tempreture tape device according to claim 1 for copper foil, it is characterised in that: the high tempreture tape
Feeding structure (2) is provided with feed vertical plate (201), and the feed vertical plate (201) is installed on the support baseboard (101), institute
It states and is provided with high tempreture tape supply disk (202) on feed vertical plate (201), the high tempreture tape supply disk (202) passes through oblique vertical plate
(203) it is connected on the feed vertical plate (201), is provided with deflecting roller (204) on the oblique vertical plate (203), the feed is vertical
It is additionally provided on plate (201) position-limited wheel (205), is provided with ratchet wheel frame (206), the spine on the right side of the feed vertical plate (201)
It is provided on wheel carrier (206) ratchet (207), is additionally provided with ratchet driving motor (208), the spine on the ratchet wheel frame (206)
Wheel drive motor (208) is connected together with the ratchet (207), is provided with high tempreture tape on the right side of the ratchet wheel frame (206)
Cutting structure (3).
3. the automatic packet high tempreture tape device according to claim 1 for copper foil, it is characterised in that: the high tempreture tape
Cutting structure (3), which is provided with, to be cut frame (301), it is described cut to be provided on frame (301) cut bottom plate (302), it is described to cut bottom
It is provided with and cuts knife rest (303) on plate (302), described cut knife rest (303) are installed to by knife rest pressing plate (304) and cut bottom plate
(302) on, described cut is provided with cutting knife (305) on knife rest (303), is provided on the cutting knife (305) and cuts upper plate
(306), it is described cut upper plate (306) and be connected to cutting knife (305) cut on knife rest (303), the knife rest (303) that cuts
Rear side, which is provided with, to be cut electric cylinders (307), it is described cut electric cylinders (307) and be connected to cut on bottom plate (302).
4. the automatic packet high tempreture tape device according to claim 1 for copper foil, it is characterised in that: the multidirectional movement
Structure (4) is provided with multiple vertical gripper shoes (401) placed vertically, is provided with level on the vertical gripper shoe (401) and puts
The horizontal supporting plate (402) set is provided with horizontal moving cylinder (403), the level on the right side of the horizontal supporting plate (402)
The side of mobile cylinder (403) is provided with horizontal guide rail (404), is provided with horizontal slider on the horizontal guide rail (404)
(405), U-shaped structure is provided on the horizontal slider (405) moves horizontally plate (406), the horizontal moving cylinder
(403) cylinder axis moves horizontally on plate (406) described in being connected to, and described move horizontally is provided with back side panel on plate (406)
(407), it is provided with lifting fixed plate (408) on the back side panel (407), is provided at the top of the lifting fixed plate (408)
Lifting cylinder (409) is provided with lifting moving plate (410) on the lifting fixed plate (408), the lifting cylinder (409)
Cylinder axis is connected on the lifting moving plate (410), is provided with riser guide (411), institute on the lifting fixed plate (408)
It states and is provided on riser guide (411) lifting slider (412), the high tempreture tape grasping structures (5) are connected to lifting slider
(412) and on lifting moving plate (410).
5. the automatic packet high tempreture tape device according to claim 4 for copper foil, it is characterised in that: the high tempreture tape
Grasping structures (5) setting clamping support plate (501) and rotating electric machine seat board (502), the clamping support plate (501) and electric rotating
Machine seat board (502) is connected together by middle connecting plate (503), and the clamping support plate (501) is installed on lifting moving plate
(410) on, the rotating electric machine seat board (502) is installed on lifting slider (412), is set on the rotating electric machine seat board (502)
It is equipped with rotating electric machine (504), is provided with rotary connection plate (505), the rotary connection plate on the rotating electric machine (504)
(505) it is provided on the right side of slide unit clamping cylinder (506), L-type shifting is provided on the cylinder axis of the slide unit clamping cylinder (506)
Movable plate (507) is provided with intermediate link block (508) on the left of the rotary connection plate (505), the intermediate link block (508)
Centre be provided with gas absorption plate (509), be provided at left and right sides of the intermediate link block (508) clamping plate (510), institute
It states clamping plate (510) to be respectively arranged on the L-type movable plate (507), the bottom of clamping plate (510) is provided with multiple folders
Take pawl (511).
6. the automatic packet high tempreture tape device according to claim 1 for copper foil, it is characterised in that: the copper foil liftout
Structure (6) is provided with liftout vertical plate (601), is provided with liftout crossbeam (602) on the liftout vertical plate (601), and the liftout is horizontal
It is provided on beam (602) material ejection cylinder (603), is provided with liftout support plate on the cylinder axis of the material ejection cylinder (603)
(604)。
7. the automatic packet high tempreture tape device according to claim 1 for copper foil, it is characterised in that: the copper foil feed
Structure (7) is provided with feed support baseboard (701), and feed crossbeam (702), institute are provided on the feed support baseboard (701)
It states and is provided with feed upper backup pad (703) on feed crossbeam (702), be provided with drive on the left of the feed upper backup pad (703)
It moves motor (704), driving encoder (705) is provided on the driving motor (704), feed upper backup pad (703)
Right side is provided with copper foil supply disk (706), and the driving motor (704) is connected to copper foil feed by being drivingly connected band (707)
On disk (706), the side of the copper foil supply disk (706) is provided with copper foil limited block (708), the copper foil limited block
(708) side is provided with copper foil clamping bracket (709), and multiple copper foil clampings are provided on copper foil clamping bracket (709)
The side of idler wheel (710), copper foil clamping bracket (709) is provided with right side copper foil top plate (711), the right side copper foil top plate
(711) side is provided with copper foil material ejection cylinder (712), and the cylinder axis of the copper foil material ejection cylinder (712) is provided with left side copper
Foil top plate (713).
8. the automatic packet high tempreture tape device according to claim 1 for copper foil, it is characterised in that: the high tempreture tape
Attached structure (8), which is provided with, attaches support plate (801), is provided on the attaching support plate (801) and attaches transverse slat (802), institute
The left and right side for stating attaching transverse slat (802) is respectively arranged with preceding attaching electric cylinders (803) and rear attaching electric cylinders (804), before described
It attaches and attaches plate (805) before being provided on electric cylinders (803), attached after described and attach plate (806) after being provided on electric cylinders (804),
Electric cylinders (803) are attached before described and rear attach is provided with copper foil tensioning plate (807) between electric cylinders (804).
9. the automatic packet high tempreture tape device according to claim 1 for copper foil, it is characterised in that: the back-and-forth motion
Structure (9) is provided with multiple back-and-forth motion electric cylinders (901), and the back-and-forth motion electric cylinders (901) are installed on the support baseboard
(101) bottom is provided between the back-and-forth motion electric cylinders (901) and is moved forward and backward guide rail (902), the back-and-forth motion guide rail
(902) front and back sliding block is provided on, the front and back sliding block is connected on the support baseboard (101).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821242178.7U CN208684168U (en) | 2018-08-02 | 2018-08-02 | A kind of automatic packet high tempreture tape device for copper foil |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201821242178.7U CN208684168U (en) | 2018-08-02 | 2018-08-02 | A kind of automatic packet high tempreture tape device for copper foil |
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| CN208684168U true CN208684168U (en) | 2019-04-02 |
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| CN201821242178.7U Expired - Fee Related CN208684168U (en) | 2018-08-02 | 2018-08-02 | A kind of automatic packet high tempreture tape device for copper foil |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112093559A (en) * | 2020-09-17 | 2020-12-18 | 四川劲德兴汽车配件有限公司 | High-temperature adhesive tape pasting machine |
| CN117577444A (en) * | 2023-12-21 | 2024-02-20 | 东莞市大简机械科技有限公司 | An automatic high-temperature adhesive-coated copper foil machine for transformers |
-
2018
- 2018-08-02 CN CN201821242178.7U patent/CN208684168U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112093559A (en) * | 2020-09-17 | 2020-12-18 | 四川劲德兴汽车配件有限公司 | High-temperature adhesive tape pasting machine |
| CN117577444A (en) * | 2023-12-21 | 2024-02-20 | 东莞市大简机械科技有限公司 | An automatic high-temperature adhesive-coated copper foil machine for transformers |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190402 Termination date: 20200802 |