CN207390598U - The splicing coil replacing mechanism of docking machine - Google Patents
The splicing coil replacing mechanism of docking machine Download PDFInfo
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- CN207390598U CN207390598U CN201721342264.0U CN201721342264U CN207390598U CN 207390598 U CN207390598 U CN 207390598U CN 201721342264 U CN201721342264 U CN 201721342264U CN 207390598 U CN207390598 U CN 207390598U
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- partition plate
- pressure arm
- idler wheel
- middle partition
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Abstract
The utility model discloses the splicing coil replacing mechanisms of docking machine, have wallboard, it is characterised in that：Middle partition plate is installed on wallboard, middle partition plate is respectively arranged on the left side and the right side a turnover left side, upper right pressure arm, it is left, the rear and front end of upper right pressure arm is respectively connected with a left side, upper right air cylinder is simultaneously overturn by its promotion, the left side, upper right pressure arm lower end has been respectively articulated with a left side, bottom right pressure arm, the left side, bottom right pressure arm is respectively and fixedly installed to the left side that can be horizontally slipped, on right sliding seat, it is left, right sliding seat is by a left side, bottom right air cylinder is made to be used as the activity closer or far from the middle partition plate, the left side that can be moved back and forth also is correspondingly provided in the left and right sides of middle partition plate, right idler wheel, it is left, the top end surface of partition plate during the outer edge surface of right idler wheel is bonded always.The utility model can dock the paper of new paper roll without superposition with volume paper waiting, and can realize and not shut down high speed operation, connect that be rolled into power high, connect that roll up effect good, effectively improve working efficiency and the quality of production.
Description
Technical field
The utility model is related to lamination fields, and in particular to the splicing coil replacing mechanism of docking machine.
Background technology
Laminating machine also known as squeezes out compounding machine, casting machine, squeezes out casting machine, curtain coating compounding machine, film applicator, coating machine, hot melt
Glue knife type coater is one kind of extrusion molding machinery.With high degree of automation, easy to operate, speed of production is high, applies thickness
Degree is uniformly, bonding intensity is high, it is smooth, environment friendly and pollution-free to batch, saves the advantages that artificial and cost of material.Docking machine is laminating machine
On the mechanism docked to paper roll, when lamination, often unreels toilet roll Zhang Jinhang, then carry out lamination, once lamination
Close be finished, it is necessary to shut down of paper roll carries out the paper roll to connect volume, causes production efficiency low, and original volume that connects is often newly to connect volume
Paper be pasted onto on the paper surface of roll paper waiting volume, lamination can be formed, cause the paper sheet thickness for connecing volume part thickening, finally
Lamination quality and the flatness of winding are influenced, is not conducive to obtain the product of high quality.And not only efficiency is low for traditional docking mode,
And the connector that can generate docking paper does not flush, causes to dock the defects of effect difference influences the lamination of next step.
Utility model content
In view of the deficiency of background technology, the technical problem to be solved by the utility model is to provide a kind of splicings of docking machine
The paper of new paper roll without superposition with volume paper waiting can be docked, realizes the skill for not shutting down high speed paper receiving by coil replacing mechanism
Art effect.
To achieve the above object, the utility model provides following technical solution：
The splicing coil replacing mechanism of docking machine has wallboard, it is characterised in that：Middle partition plate is installed on the wallboard, it is described
Middle partition plate is respectively arranged on the left side and the right side turnover left and right upper pressing arm, and the rear and front end of the left and right upper pressing arm is respectively connected with
Left and right upper air cylinder is simultaneously overturn by its promotion, and the left and right upper pressing arm lower end has been respectively articulated with left and right hold, it is described it is left,
Bottom right pressure arm is respectively and fixedly installed on the left and right sliding seat that can be horizontally slipped, and the left and right sliding seat is by calming the anger under left and right
Cylinder is made to be used as the activity closer or far from the middle partition plate, is also correspondingly provided with and can move back and forth in the left and right sides of the middle partition plate
Left and right idler wheel, the outer edge surface of the left and right idler wheel is bonded the top end surface of the middle partition plate always.
Each upper left air cylinder is coaxially hinged on the left end of the upper left pressure arm, each upper right with left locking arm
Air cylinder is coaxially hinged on the right end of the upper right pressure arm with right locking arm, and the left and right locking arm is connected to left and right lock
For tight cylinder simultaneously by its promotion, the working face of the left and right upper pressing arm has a suction hole, the left and right locking arm one side be equipped with it is left,
Right limit block, the contact surface of the left and right limited block and the left and right locking arm are inclined surface, and the left and right limited block
Top is wider than its bottom.
The left and right idler wheel is rotatably connected on respectively in left and right idler wheel swing arm, below the left and right idler wheel swing arm respectively
Left and right slide plate is threaded with, and the tail end of the left and right idler wheel swing arm is connected to left and right pressure with the left and right slide plate
Spring, the left and right slide plate slides back and forth respectively to be connected on left and right linear guides, and the left and right slide plate is cut respectively with left and right
Cylinder of dying is sequentially connected.
The left and right slide plate is sequentially connected respectively with the left and right cut-out cylinder by stroke amplifying mechanism.
The left and right sliding seat lower end is fixed with sliding block, and the sliding block is slidably connected with slide.
This structure of the utility model can coordinate large capacity storage mechanism of paper to realize that no shutdown high speed change of lap connects the skill of volume
Art effect, and the connector for docking paper is concordant, will not be overlapped mutually between docking paper, can guarantee the thickness one of final products
It causes, and winding is more smooth, lamination effect is more preferable, and it is difficult to overcome the low technology of the previous productivity effect that shutdown is needed to connect volume
Topic solves the technical issues of previous two paper rolls docking site thickness increase.
Description of the drawings
The utility model has drawings described below：
Fig. 1 is the structure diagram of the utility model；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is the schematic diagram that the utility model is mounted on docking machine；
Fig. 4 is the stereogram of the utility model.
Specific embodiment
As shown in the figure, the splicing coil replacing mechanism of docking machine, has wallboard 1, middle partition plate 2 is equipped on the wallboard 1, it is described
Middle partition plate 2 is respectively arranged on the left side and the right side turnover upper left pressure arm 3, upper right pressure arm 4, the working face of the left and right upper pressing arm
With suction hole, adhesive tape can be adsorbed on working face, 3 both ends of upper left pressure arm connect upper left air cylinder 5, upper right pressure respectively
The both ends of arm 4 are connected to upper right air cylinder 6, and left and right upper air cylinder can promote left and right upper pressing arm to carry out 90 ° of overturnings, when
When left and right upper pressing arm is turned to vertical state, working face is adjacent to the side of middle partition plate 2, can be pressed in paper clamp wherein；It is described
Upper left pressure arm 3,4 lower end of upper right pressure arm have been respectively articulated with lower-left pressure arm 7, bottom right pressure arm 8, the lower-left pressure arm 7, bottom right pressure arm 8
Both ends be respectively and fixedly installed to the left sliding seat 9 that can be horizontally slipped, on right sliding seat 10, the left and right sliding seat lower end is equal
Sliding block 25 is fixed with, and passes through the sliding block 25 and is slidably connected with slide 26.The left sliding seat 9, right sliding seat 10 are by a left side
Lower air cylinder 29, bottom right air cylinder 30 are made to be used as the activity closer or far from the middle partition plate 2, when left sliding seat 9 or right slip
When seat 10 moves, 8 synchronizing moving of lower-left pressure arm 7 or bottom right pressure arm will be driven, paper clamp can be pressed in middle partition plate by left and right hold
On 2.It is additionally provided with the left wheel 11 that can be moved back and forth, right idler wheel 12 in the left and right sides of the middle partition plate 2, the left wheel 11,
The outer edge surface of right idler wheel 12 is bonded the top end surface of the middle partition plate 2 always, and forms scissor-shaped to prepare to cut a sheet of paper.
Each upper left air cylinder 5 is coaxially hinged on the left end of the upper left pressure arm 3 with left locking arm 13, each described
Upper right air cylinder 6 is coaxially hinged on the right end of the upper right pressure arm 4 with right locking arm 14, and the left locking arm 13 is connected with left lock
Tight cylinder 15 is simultaneously promoted by it, and the right locking arm 14 is connected with right locking cylinder 16 and by its promotion, the left locking arm 13
Left side is equipped with left limit block 31, and right 14 right side of locking arm is equipped with right limit block 32, the left limit block 31, right limit block 32
Contact surface with the left locking arm 13, right locking arm 14 is inclined surface, and the left limit block 31, the top of right limit block 32
End is wider than its bottom.When left locking cylinder 15 or right locking cylinder 16 are opened entirely, left locking arm 15 or right locking arm 16 will be driven
Be swung up and be pressed on the inclined surface of corresponding left limit block 31 or right limit block 32, realize left and right upper pressing arm with it is left and right
The locking of hold, left and right idler wheel pushes left and right upper pressing arm open when preventing from connecing volume, the phenomenon that splicing failure occurs.
The left wheel 11, right idler wheel 12 are rotatably connected on left wheel swing arm 17, the end of right idler wheel swing arm 18, institute respectively
State left wheel swing arm 17,18 lower section of right idler wheel swing arm is threaded with left skateboard 19, right slide plate 20, and the left and right rolling respectively
It takes turns and is connected to left compression spring 21, right compression spring 22 between the tail end of swing arm and the left and right slide plate, left and right compression spring may act on
Left and right idler wheel swing arm, and pass through elastic force and make partition plate 2 in left and right roller compression in left and right idler wheel swing arm, ensure cutting effect.
The left skateboard 19, right slide plate 20 slide back and forth respectively is connected to left linear guides 23, on right linear guides 24, the left skateboard
19th, right slide plate 20 cylinder 27, right cut cylinder 28 of dying of dying respectively with left cut is sequentially connected by stroke amplifying mechanism 33, stroke amplification
Mechanism 33 has pulley blocks simultaneously can be to four times of amplifications of mobile realization of left and right slide plate.Left and right cut-out cylinder can promote it is left,
Right slide plate moves back and forth, and makes left and right slide plate that left and right idler wheel be driven to be moved back and forth along middle 2 end face of partition plate, and realizes to paper
Cutting action.When left and right idler wheel rolls, corresponding left and right upper pressing arm provides scroll forward and backward space for down turning shape state and for it.
The device inclined is mounted on docking machine, is tilted installation and be can guarantee that paper forms slanting notch during exercise, surely
Surely paper is drawn, prevents from being broken due to unbalance stress during paper cutting, the final intensity for enhancing paper connector.In docking machine
Guide roller and left and right unreeling shaft above and in the both sides of the equipment are equipped with, is wound with paper on left and right unreeling shaft, which can be real
The technique effect of high quick access volume is not shut down now, operation principle is as follows：During operation, the unreeling shaft of the arbitrary one side in left and right can be first selected
On paper roll for lamination, in the present embodiment, first the paper roll on the left of use carries out lamination, lower-left pressure arm 7, upper left pressure arm 3, right
Hold 8, upper right pressure arm 4 first keep discrete state with middle partition plate 2, and left side paper sequentially passes through lower-left pressure arm 7, upper left pressure arm
3, with the gap of middle partition plate 2 and for lamination, when the fast use of the paper roll in left side finishes, the paper roll artificial traction on right side are passed through
Then guide roller, bottom right pressure arm 8 and the upper right pressure arm 4 on right side start bottom right air cylinder 30, promote right sliding seat 10 and drive the right side
Hold 8 moves to left, and paper clamp is pressed between middle partition plate 2 and bottom right pressure arm 8, and then right cut cylinder 28 of dying operates, and drives the right side
One end of the therefrom partition plate 2 of idler wheel 12 is moved to the other end, and paper is cut off, and then sticks glue in the cut-off port of paper by hand
Band, makes that the upper part of adhesive tape is exposed and its adhesive surface is towards a left side, and then upper right air cylinder 6 and right locking cylinder 16 act on, and drive right
Upper pressing arm 4 is flipped up and by adhesive tape absorption on its working face, while right locking arm 14 is swung up and is against right limit block
32 left sides, locking upper right pressure arm 4 and bottom right pressure arm 8, wait volume waiting；During change of lap, lower-left air cylinder 29 promotes left sliding seat 9 to the right
It is mobile, drive lower-left pressure arm 7 that the paper in left side is pressed in middle 2 left side of partition plate, while left cut cylinder 27 of dying operates, and drive and roll left
One end of 11 therefrom partition plate 2 of wheel is moved to the other end, and for left side paper while cut-off, paper overlays the glue on the right side of it
It takes so that the paper of left and right sides is respectively placed in the top and the bottom of adhesive tape, realizes slitless connection, is protected while change of lap purpose is realized
The constant technique effect of the thickness of paper is demonstrate,proved.Finally, left cut is died after cylinder 27 gets in place, i.e., left and right sides paper connects volume and finishes
Afterwards, upper right pressure arm 4 and bottom right pressure arm 8 reset under the action of upper right air cylinder 6 and bottom right air cylinder 30, and the paper roll on right side starts
Uncoiling blowing.When paper roll fast use in right side finishes, then left side paper roll is connected to the lower section of right side paper with principles above.Entirely
Process is accomplished without any letup, and is not shut down, and is not slowed down, and realizes the technique effect that high speed change of lap connects volume, and will not between docking paper
It is overlapped mutually, can guarantee the consistency of thickness of final products, winding is more smooth, and lamination effect is more preferable, overcomes previous needs and stops
Machine connects the low technical barrier of productivity effect of volume, solves the technical issues of previous two paper rolls docking site thickness increase.
Claims (5)
1. the splicing coil replacing mechanism of docking machine has wallboard, it is characterised in that：Middle partition plate is installed, in described on the wallboard
Partition plate is respectively arranged on the left side and the right side turnover left and right upper pressing arm, and the rear and front end of the left and right upper pressing arm is respectively connected with
Left and right upper air cylinder is simultaneously overturn by its promotion, and the left and right upper pressing arm lower end has been respectively articulated with left and right hold, it is described it is left,
Bottom right pressure arm is respectively and fixedly installed on the left and right sliding seat that can be horizontally slipped, and the left and right sliding seat is by calming the anger under left and right
Cylinder is made to be used as the activity closer or far from the middle partition plate, is also correspondingly provided with and can move back and forth in the left and right sides of the middle partition plate
Left and right idler wheel, the outer edge surface of the left and right idler wheel is bonded the top end surface of the middle partition plate always.
2. the splicing coil replacing mechanism of docking machine according to claim 1, it is characterised in that：Each upper left air cylinder with
Left locking arm is coaxially hinged on the left end of the upper left pressure arm, and each upper right air cylinder is coaxially hinged on institute with right locking arm
State the right end of upper right pressure arm, the left and right locking arm is connected to left and right locking cylinder and by its promotion, it is described it is left and right on
The working face of pressure arm has suction hole, and the left and right locking arm one side is equipped with left and right limited block, the left and right limited block and institute
The contact surface of left and right locking arm is stated as inclined surface, and the top of the left and right limited block is wider than its bottom.
3. the splicing coil replacing mechanism of docking machine according to claim 1, it is characterised in that：The left and right idler wheel turns respectively
It is dynamic to be connected in left and right idler wheel swing arm, left and right slide plate is threaded with respectively below the left and right idler wheel swing arm, and it is described
The tail end of left and right idler wheel swing arm is connected to left and right compression spring with the left and right slide plate, is slided before and after the left and right slide plate difference
Dynamic to be connected on left and right linear guides, the left and right slide plate is connected respectively with left and right cut-out cylinder-driven.
4. the splicing coil replacing mechanism of docking machine according to claim 3, it is characterised in that：The left and right slide plate respectively with
The left and right cut-out cylinder is sequentially connected by stroke amplifying mechanism.
5. the splicing coil replacing mechanism of docking machine according to claim 1, it is characterised in that：The left and right sliding seat lower end
Sliding block is fixed with, the sliding block is slidably connected with slide.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721342264.0U CN207390598U (en) | 2017-10-18 | 2017-10-18 | The splicing coil replacing mechanism of docking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721342264.0U CN207390598U (en) | 2017-10-18 | 2017-10-18 | The splicing coil replacing mechanism of docking machine |
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| Publication Number | Publication Date |
|---|---|
| CN207390598U true CN207390598U (en) | 2018-05-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721342264.0U Active CN207390598U (en) | 2017-10-18 | 2017-10-18 | The splicing coil replacing mechanism of docking machine |
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| Country | Link |
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| CN (1) | CN207390598U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107697697A (en) * | 2017-10-18 | 2018-02-16 | 温州万润机械有限公司 | The splicing coil replacing mechanism of docking machine |
-
2017
- 2017-10-18 CN CN201721342264.0U patent/CN207390598U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107697697A (en) * | 2017-10-18 | 2018-02-16 | 温州万润机械有限公司 | The splicing coil replacing mechanism of docking machine |
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