CN205816082U - A kind of compounding machine spin coating device - Google Patents
A kind of compounding machine spin coating device Download PDFInfo
- Publication number
- CN205816082U CN205816082U CN201620803720.6U CN201620803720U CN205816082U CN 205816082 U CN205816082 U CN 205816082U CN 201620803720 U CN201620803720 U CN 201620803720U CN 205816082 U CN205816082 U CN 205816082U
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- rubber roll
- roll
- glue
- swing arm
- pushing block
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Abstract
This utility model provides a kind of compounding machine spin coating device, including the first rubber roll (1), second rubber roll (2), 3rd rubber roll (3), shift unit (4), support (7) and the glue basin (5) equipped with glue, second rubber roll (2) top roll surface and the first rubber roll (1) bottom roll surface are in close contact, second rubber roll (2) sidepiece roll surface and the 3rd rubber roll (3) sidepiece roll surface are in close contact, the shaft end of the second rubber roll (2) connects motor, the rotating shaft two ends of the 3rd rubber roll (3) are rotatably flexibly connected with shift unit (4), shift unit (4) is fixed on support (7), second rubber roll (2) bottom and the 3rd rubber roll (3) bottom are immersed in the glue of glue basin (5).The beneficial effects of the utility model are: solving and there is the problem that glue splashes in prior art, improve the gluing quality of composite, improve the speed of service of compounding machine, yield is greatly improved.
Description
Technical field
This utility model relates to flexible package and coating field of material technology, is specifically related to a kind of compounding machine spin coating device.
Background technology
Along with the sustainable development of global economy, composite soft packaging product, coating material product obtain the most widely should
With, the raising of the aspect such as cost of labor, cost of material simultaneously, user it is also proposed higher quality to this kind equipment of use and want
Ask, have higher requirement the most also to the equipment processing these products.
Compounding machine be i.e. by two-layer or two-layer more than material with adhesive be bonded as one process equipment, its technique
It is exactly to utilize rubber roll to rotate to be taken up by glue from equipped with the glue basin of glue, thus a kind of material is carried out gluing, pass through afterwards
Roller applies pressure makes the material of this material placement overlapping with another kind bond.
Under prior art, during gluing, rubber roll can only be with relatively low speed operating, and yield is relatively low.When rubber roll is with relatively
When rotating at high speed, two rubber rolls that the glue that rubber roll takes up from Jiao Penzhong is in close contact extrude, thus splash from rubber roll
Go out, both have impact on the gluing quality of material, caused again the waste of glue.
Utility model content
For solving the problems referred to above, the purpose of this utility model is to provide a kind of compounding machine spin coating device.
This utility model is achieved through the following technical solutions: a kind of compounding machine spin coating device, including the first rubber roll, the
Two rubber rolls, the 3rd rubber roll, shift unit, support and the glue basin equipped with glue, the second rubber roll top roll surface and the first rubber roll lower rollers
Face is in close contact, and the second rubber roll sidepiece roll surface and the 3rd rubber roll sidepiece roll surface are in close contact, and the shaft end of the second rubber roll connects
Having motor, the rotating shaft two ends of the 3rd rubber roll are rotatably flexibly connected with shift unit, and shift unit is fixed on support, the second rubber roll
Bottom and the 3rd rubber roll bottom are immersed in the glue of glue basin.
The composite treating gluing is sent to the first rubber roll and the contact of the second rubber roll by self rotating by the first rubber roll
On point.
Second rubber roll is rotated by self to be taken out of the glue in glue basin and at the first rubber roll and the contact point of the second rubber roll
On composite is carried out gluing operation, owing to the first rubber roll and the second rubber roll are in close contact, produce the most on the contact point
Raw pressure, thus glue can be coated on composite material surface by the second rubber roll closely, equably, this process is i.e. gluing mistake
Journey.
3rd rubber roll rotates under the drive of the second rubber roll, owing to the second rubber roll and the 3rd rubber roll are in close contact, and phase
Produce pressure between Hu on the contact point, thus the glue adhered on the second rubber roll is squeezed jointly by the second rubber roll and the 3rd rubber roll
Pressure, unnecessary glue is retained down and is back to downwards Jiao Penzhong along the second rubber roll bottom and the 3rd rubber roll lower vertical, from
And avoid the phenomenon of glue splashing plastic emitting basin.Simultaneously as the effect of being squeezed, glue unnecessary on the second roll surfaces is removed
Going, the second roll surfaces adhering to one layer of uniform, fine and closely woven glue, this process is i.e. spin coating process.After spin coating
The second rubber roll composite can be produced splendid gluing effect.
The rotating shaft of the 3rd rubber roll is connected with shift unit, the 3rd rubber roll can be driven to move by mobile shift unit, thus adjust
Distance between whole 3rd rubber roll and the second rubber roll and contact pressure, produce different impacts to gluing effect: when the 3rd rubber roll
During with the second rubber roll close together, the contact pressure between the 3rd rubber roll and the second rubber roll is relatively big, the glue on the second rubber roll
Can be more retained down by the 3rd rubber roll, thus the glue quantity that the second rubber roll is coated on composite material surface is less；When
During three rubber rolls and the second rubber roll distant, the contact pressure between the 3rd rubber roll and the second rubber roll is less, on the second rubber roll
Glue less can be retained down by the 3rd rubber roll, thus the glue quantity that the second rubber roll is coated on composite material surface is relatively
Many.
This utility model is preferred, and the rotating shaft of above-mentioned first rubber roll and the rotating shaft of above-mentioned second rubber roll are by intermeshing
Gear connects.
Second rubber roll drives the first driven rotation of rubber roll as the rubber roll of active rotation by gear drive, thus the first glue
Roller and the second rubber roll can synchronous rotary, it is to avoid the phenomenon skidded between the first rubber roll and the second rubber roll, has ensured composite wood
Material surface can fill glue completely, equably.
This utility model is preferred, and above-mentioned shift unit includes guide rail, pushing block, location-plate and swing arm；Axle it is fixed with on pushing block
Holding, pushing block side has the groove adaptive with swing arm, and swing arm is provided with screw thread, and location-plate has and and groove adaptive with swing arm
The screwed hole that position is corresponding；The top of pushing block and bottom are slidably attached on guide rail, and location-plate is arranged at pushing block and is provided with recessed
The side of groove, swing arm is flexibly connected with location-plate by screwed hole, and the end of swing arm tightly touches groove.
This utility model is preferred, and the rotating shaft two ends of above-mentioned 3rd rubber roll are rotatable with the above-mentioned bearing on above-mentioned shift unit
Ground is flexibly connected.
Turning the swing arm of pushing block side, the screwed hole that swing arm is offered along location-plate is close toward pushing block direction, and swing arm snaps in
The groove that pushing block side is offered.Continuing to turn swing arm, swing arm continues to push ahead, promote pushing block at slide on rails, due to the
At the bearing that the axle head of three rubber rolls is connected on pushing block, thus the 3rd rubber roll path along guide rail under the drive of pushing block is moved.
Therefore, by adjusting shift unit, the spacing between the 3rd rubber roll and the second rubber roll can be adjusted.
This utility model is preferred, and above-mentioned motor is frequency control motor.
Driven by motor the second rubber roll rotates, and the second rubber roll drives the first rubber roll and the 3rd rubber roll to rotate.
Frequency control motor is selected can the rotating speed of the first rubber roll, the second rubber roll and the 3rd rubber roll to be adjusted, thus
Yield is produced impact: when frequency control motor rotating speed is higher, the second rubber roll drives the first rubber roll and the 3rd rubber roll with comparatively fast
Speed rotate, the composite length that the unit interval completes gluing operation is longer, thus yield is higher；Work as frequency control motor
When rotating speed is relatively low, the second rubber roll drives the first rubber roll and the 3rd rubber roll to rotate with slower speed, and the unit interval completes gluing and makees
The composite length of industry is shorter, thus yield is relatively low.
The beneficial effects of the utility model are: solve and there is the problem that glue splashes in prior art, improve compound
The gluing quality of material, improves the speed of service of compounding machine, and yield is greatly improved.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model.
Fig. 2 is top view of the present utility model.
Fig. 3 is the front view of shift unit described in the utility model.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model is further explained explanation:
As shown in Figure 1 to Figure 3, this utility model includes first rubber roll the 1, second rubber roll the 2, the 3rd rubber roll 3, shift unit 4, props up
Frame 7 and the glue basin 5 equipped with glue.
Embodiment 1
Second rubber roll 2 top roll surface and the first rubber roll 1 bottom roll surface are in close contact, the second rubber roll 2 sidepiece roll surface and the 3rd
Rubber roll 3 sidepiece roll surface is in close contact, and the rotating shaft two ends of the 3rd rubber roll 3 are rotatably flexibly connected with shift unit 4, and shift unit 4 is solid
Being scheduled on support 7, the second rubber roll 2 bottom and the 3rd rubber roll 3 bottom are immersed in the glue in glue basin 5.
The shaft end of the second rubber roll 2 connects motor.Motor is frequency control motor.
The rotating shaft of the first rubber roll 1 is connected by pitch wheel 6 with the rotating shaft of the second rubber roll 2.
Shift unit 4 includes guide rail 401, pushing block 402, location-plate 403 and swing arm 404；Bearing 405 it is fixed with on pushing block 402,
Pushing block 402 side has and the groove 406 of swing arm 404 adaptation, and swing arm 404 is provided with screw thread, location-plate 403 has and swing arm
404 adaptive and corresponding with groove 406 position screwed holes；The top of pushing block 402 and bottom are slidably attached at guide rail 401
On, location-plate 403 is arranged at pushing block 402 and is provided with the side of groove 406, and swing arm 404 is movable even by screwed hole and location-plate 403
Connecing, the end of swing arm 404 tightly touches groove 406.
Embodiment 2
Second rubber roll 2 top roll surface and the first rubber roll 1 bottom roll surface are in close contact, the second rubber roll 2 sidepiece roll surface and the 3rd
Rubber roll 3 sidepiece roll surface is in close contact, and shift unit 4 is fixed on support 7, and rotating shaft one end of the 3rd rubber roll 3 is rotatable with shift unit 4
Ground is flexibly connected, and the other end is rotatably flexibly connected with the bearing being arranged on slide rail, the second rubber roll 2 bottom and the 3rd rubber roll
3 bottoms are immersed in the glue in glue basin 5.
The shaft end of the second rubber roll 2 connects motor.Motor is frequency control motor.
The rotating shaft of the first rubber roll 1 is connected by pitch wheel 6 with the rotating shaft of the second rubber roll 2.
Shift unit 4 includes guide rail 401, pushing block 402, location-plate 403 and swing arm 404；Bearing 405 it is fixed with on pushing block 402,
Pushing block 402 both sides have and the groove 406 of swing arm 404 adaptation, and swing arm 404 is provided with screw thread, location-plate 403 has and swing arm
404 adaptive and corresponding with groove 406 position screwed holes；The top of pushing block 402 and bottom are slidably attached at guide rail 401
On, location-plate 403 is arranged at pushing block 402 left and right sides, and swing arm 404 is flexibly connected with location-plate 403 by screwed hole, swing arm
The end of 404 tightly touches groove 406.
Embodiment 3
Second rubber roll 2 top roll surface and the first rubber roll 1 bottom roll surface are in close contact, the second rubber roll 2 sidepiece roll surface and the 3rd
Rubber roll 3 sidepiece roll surface is in close contact, and the rotating shaft two ends of the 3rd rubber roll 3 are rotatably flexibly connected with shift unit 4, and shift unit 4 is solid
Being scheduled on support 7, the second rubber roll 2 bottom and the 3rd rubber roll 3 bottom are immersed in the glue in glue basin 5.
The shaft end of the second rubber roll 2 connects motor.
The rotating shaft of the first rubber roll 1 is connected by pitch wheel 6 with the rotating shaft of the second rubber roll 2.
Shift unit 4 includes guide rail 401, pushing block 402, location-plate 403 and swing arm 404；Bearing 405 it is fixed with on pushing block 402,
Pushing block 402 side has and the groove 406 of swing arm 404 adaptation, and swing arm 404 is provided with screw thread, location-plate 403 has and swing arm
404 adaptive and corresponding with groove 406 position screwed holes；The top of pushing block 402 and bottom are slidably attached at guide rail 401
On, location-plate 403 is arranged at pushing block 402 and is provided with the side of groove 406, and swing arm 404 is movable even by screwed hole and location-plate 403
Connecing, the end of swing arm 404 tightly touches groove 406.
Embodiment 4
Second rubber roll 2 top roll surface and the first rubber roll 1 bottom roll surface are in close contact, the second rubber roll 2 sidepiece roll surface and the 3rd
Rubber roll 3 sidepiece roll surface is in close contact, and the rotating shaft two ends of the 3rd rubber roll 3 are rotatably flexibly connected with shift unit 4, and shift unit 4 is solid
Being scheduled on support 7, the second rubber roll 2 bottom and the 3rd rubber roll 3 bottom are immersed in the glue in glue basin 5.
The shaft end of the first rubber roll 1 and the second rubber roll 2 is respectively connected with motor.Motor is frequency control motor.
Shift unit 4 includes guide rail 401, pushing block 402, location-plate 403 and swing arm 404；Bearing 405 it is fixed with on pushing block 402,
Pushing block 402 both sides have and the groove 406 of swing arm 404 adaptation, and swing arm 404 is provided with screw thread, location-plate 403 has and swing arm
404 adaptive and corresponding with groove 406 position screwed holes；The top of pushing block 402 and bottom are slidably attached at guide rail 401
On, location-plate 403 is arranged at pushing block 402 left and right sides, and swing arm 404 is flexibly connected with location-plate 403 by screwed hole, swing arm
The end of 404 tightly touches groove 406.
Embodiment 5
Second rubber roll 2 top roll surface and the first rubber roll 1 bottom roll surface are in close contact, the second rubber roll 2 sidepiece roll surface and the 3rd
Rubber roll 3 sidepiece roll surface is in close contact, and shift unit 4 is fixed on support 7, and rotating shaft one end of the 3rd rubber roll 3 is rotatable with shift unit 4
Ground is flexibly connected, and the other end is rotatably flexibly connected with the bearing being arranged on slide rail, the second rubber roll 2 bottom and the 3rd rubber roll
3 bottoms are immersed in the glue in glue basin 5.
The shaft end of the second rubber roll 2 connects motor.
The rotating shaft of the first rubber roll 1 is connected by pitch wheel 6 with the rotating shaft of the second rubber roll 2.
Shift unit 4 includes guide rail 401, pushing block 402, location-plate 403 and swing arm 404；Bearing 405 it is fixed with on pushing block 402,
Pushing block 402 both sides have and the groove 406 of swing arm 404 adaptation, and swing arm 404 is provided with screw thread, location-plate 403 has and swing arm
404 adaptive and corresponding with groove 406 position screwed holes；The top of pushing block 402 and bottom are slidably attached at guide rail 401
On, location-plate 403 is arranged at pushing block 402 left and right sides, and swing arm 404 is flexibly connected with location-plate 403 by screwed hole, swing arm
The end of 404 tightly touches groove 406.
The concrete operation principle of this utility model is:
Turning the swing arm 404 of pushing block 402 side, the screwed hole that swing arm 404 is offered along location-plate 403 is toward pushing block 402 side
To close, swing arm 404 tightly touches the groove 406 that pushing block 402 side is offered.Continuing to turn swing arm 404, swing arm 404 continues to push away forward
Enter, promote pushing block 402 to slide on guide rail 401, due at the bearing 405 that the axle head of the 3rd rubber roll 3 is connected on pushing block 402,
Thus the 3rd rubber roll 3 moves forward under the drive of pushing block 402；When turning the swing arm 404 of opposite side, then the 3rd rubber roll 3 is pushing away
The lower past contrary direction that drives of block 402 is moved.By adjusting the position of shift unit 4, the 3rd rubber roll 3 and the second glue can be adjusted
Spacing between roller 2 and contact pressure: when spacing between the 3rd rubber roll 3 and the second rubber roll 2 is less, the 3rd rubber roll 3 and
Contact pressure between two rubber rolls 2 is bigger；When spacing between the 3rd rubber roll 3 and the second rubber roll 2 is bigger, the 3rd rubber roll 3 with
Contact pressure between second rubber roll 2 is less.
After adjusting the spacing between the 3rd rubber roll 3 and the second rubber roll 2, starting motor, the second rubber roll 2 is in the drive of motor
Under start to rotate, the second rubber roll 2 drives the first rubber roll 1 synchronous rotary by gear 6 transmission, and the second rubber roll 2 passes through contact point
Frictional force drives the 3rd rubber roll 3 to rotate.
Second rubber roll 2 takes up glue from glue basin 5, and glue is rotated by the second rubber roll 2 and takes the second rubber roll 2 and the 3rd rubber roll to
Time at the contact point of 3, under the contact pressure effect of the second rubber roll 2 and the 3rd rubber roll 3, unnecessary glue is by the 3rd rubber roll 3 He
Second rubber roll 2 jointly extrudes and is retained down, and finally refluxes downwards along the second rubber roll 2 bottom and the 3rd rubber roll 3 lower vertical
In glue basin 5, thus avoid the phenomenon of glue splashing plastic emitting basin 5.Simultaneously as the effect of being squeezed, on the second rubber roll 2 surface
Unnecessary glue is removed, and the second rubber roll 2 surface adhering to one layer of uniform, fine and closely woven glue, and this process is i.e. spin coating
Journey.
After spin coating process, the second rubber roll 2 is rotated further, at the contact point of the second rubber roll 2 and the first rubber roll 1,
Under the contact pressure effect of the second rubber roll 2 and the first rubber roll 1, uniform, the fine and closely woven glue of the second rubber roll 2 surface adhesion is forced into
Composite material surface, thus composite material surface has been coated with one layer of uniform, fine and closely woven glue, this process is i.e. gluing mistake
Journey.
Above-described embodiment is preferred embodiment of the present utility model, is not the limit to technical solutions of the utility model
System, on the premise of without departing from this utility model spirit and scope, this utility model also has various changes and modifications, and these become
In the range of change and improvement are regarded as falling into claimed this utility model.
Claims (5)
1. a compounding machine spin coating device, it is characterised in that: include the first rubber roll (1), the second rubber roll (2), the 3rd rubber roll (3),
Shift unit (4), support (7) and the glue basin (5) equipped with glue, the second rubber roll (2) top roll surface and the first rubber roll (1) bottom roll surface
Being in close contact, the second rubber roll (2) sidepiece roll surface and the 3rd rubber roll (3) sidepiece roll surface are in close contact, the rotating shaft end of the second rubber roll (2)
End connection has motor, and the rotating shaft two ends of the 3rd rubber roll (3) are rotatably flexibly connected with shift unit (4), and shift unit (4) is fixed on
On support (7), the second rubber roll (2) bottom and the 3rd rubber roll (3) bottom are immersed in the glue of glue basin (5).
A kind of compounding machine spin coating device the most according to claim 1, it is characterised in that: the rotating shaft of described first rubber roll (1)
Rotating shaft with described second rubber roll (2) is connected by pitch wheel (6).
A kind of compounding machine spin coating device the most according to claim 1, it is characterised in that: described shift unit (4) includes guide rail
(401), pushing block (402), location-plate (403) and swing arm (404)；
Being fixed with bearing (405) on pushing block (402), pushing block (402) side has the groove (406) adaptive with swing arm (404), rotation
Bar (404) is provided with screw thread, and location-plate (403) has the screw thread adaptive and corresponding with groove (406) position with swing arm (404)
Hole；
The top of pushing block (402) and bottom are slidably attached on guide rail (401), and location-plate (403) is arranged at pushing block (402)
Being provided with the side of groove (406), swing arm (404) is flexibly connected with location-plate (403) by screwed hole, the end of swing arm (404)
Tightly touch groove (406).
A kind of compounding machine spin coating device the most according to claim 3, it is characterised in that: the rotating shaft of described 3rd rubber roll (3)
Two ends are rotatably flexibly connected with the described bearing (405) on described shift unit (4).
A kind of compounding machine spin coating device the most according to claim 1, it is characterised in that: described motor is frequency control electricity
Machine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620803720.6U CN205816082U (en) | 2016-07-28 | 2016-07-28 | A kind of compounding machine spin coating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620803720.6U CN205816082U (en) | 2016-07-28 | 2016-07-28 | A kind of compounding machine spin coating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205816082U true CN205816082U (en) | 2016-12-21 |
Family
ID=57556883
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620803720.6U Active CN205816082U (en) | 2016-07-28 | 2016-07-28 | A kind of compounding machine spin coating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205816082U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110053297A (en) * | 2019-04-26 | 2019-07-26 | 东莞市万速自动化设备有限公司 | The stickers lining device of carton stickers lining machine |
-
2016
- 2016-07-28 CN CN201620803720.6U patent/CN205816082U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110053297A (en) * | 2019-04-26 | 2019-07-26 | 东莞市万速自动化设备有限公司 | The stickers lining device of carton stickers lining machine |
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| GR01 | Patent grant |