CN205471796U - Unwinding device is received to high stability coating machine - Google Patents
Unwinding device is received to high stability coating machine Download PDFInfo
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- CN205471796U CN205471796U CN201620287597.7U CN201620287597U CN205471796U CN 205471796 U CN205471796 U CN 205471796U CN 201620287597 U CN201620287597 U CN 201620287597U CN 205471796 U CN205471796 U CN 205471796U
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- driving motor
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Abstract
The utility model discloses an unwinding device is received to high stability coating machine, including unwinding mechanism and winding mechanism, unwinding mechanism includes that base, two support riser and driving motor and unreel the roller, support the riser top and be equipped with the roller that the installation unreeled the roller, the roller is connected with the driving motor transmission through a drive mechanism, driving motor is connected with the drive mechanism transmission through a reduction gear, still be equipped with a transition tensioning roller on the base, winding mechanism includes that base, two support riser and driving motor and wind -up roll, support the roller that the riser top was equipped with the installation wind -up roll, the roller is connected with the driving motor transmission through a drive mechanism, driving motor is connected with the drive mechanism transmission through a reduction gear, still be equipped with a transition tensioning roller on the base. The utility model discloses can prevent the lax or tension of coiled material, increase the coiled material length of a rolling to improve and receive and release the inseparable degree and the stability of rolling up, improve and receive and release a roll efficiency, reduce and receive and release batching originally.
Description
Technical field
This utility model relates to the parts of a kind of coating machine, particularly relates to a kind of high stability coating machine winding/unwinding device.
Background technology
Coating machine is by the base material painting glue of last layer specific function, coating or the ink etc. of rolling, and unreels after drying.The unreeling structure of Conventional coaters is usually and drives motor directly to drive the let off roll rolling-up mechanism that is rotatably assorted slowly to be pulled down from let off roll in coating head by coiled material and be coated, the speed that unreels of this kind of unreeling structure is all by driving motor to control, therefore its to unreel stability the highest, easily cause the too fast problem such as cause that coiled material comes loose of releasing coil；Reduce and unreel efficiency, improve and unreel cost.
The rolling-up mechanism of Conventional coaters is usually and drives motor directly to drive wind-up roll to rotate coiled material roll coating completed on wind-up roll, the rolling speed of this kind of rolling-up mechanism is all by driving motor to control, therefore its rolling stability is the highest, easily causes coiled material transition to roll tightly or the rolling problem such as roll tightly not in place；Thus the drum diameter after rolling is restricted, thus the web length of a rolling is shorter, reduces rolling efficiency, improves rolling cost.
Utility model content
This utility model is in order to solve defect and deficiency present in above-mentioned prior art, providing one can be with stable regulation unwinding and rewinding speed, improve rolling and the compactness unreeled, increase the web length of a rolling, thus improve unwinding and rewinding efficiency and unwinding and rewinding stability, reduce the high stability coating machine winding/unwinding device of unwinding and rewinding cost.
The technical solution of the utility model: a kind of high stability coating machine winding/unwinding device, including unreeling structure and rolling-up mechanism, described unreeling structure includes base, two supporting vertical plate being arranged on base and drive motor and the let off roll that is arranged in supporting vertical plate, described supporting vertical plate top is provided with the roll shaft installing let off roll, described roll shaft is connected with driving motor-driven by a drive mechanism, described driving motor is in transmission connection with drive mechanism by one speed reducer, a transition idler roller it is additionally provided with on described base, described transition idler roller is positioned at supporting vertical plate feeding side bottom；
Described rolling-up mechanism includes base, be arranged on base two supporting vertical plate and drive motor and the wind-up roll being arranged in supporting vertical plate, described supporting vertical plate top is provided with the roll shaft installing wind-up roll, described roll shaft is connected with driving motor-driven by a drive mechanism, described driving motor is in transmission connection with drive mechanism by one speed reducer, being additionally provided with a transition idler roller on described base, described transition idler roller is positioned at supporting vertical plate feeding side bottom.
This utility model uses decelerator and drive mechanism coordinate driving motor regulation and control unwinding and rewinding speed, is possible to prevent coiled material lax or tension；Increase the web length of a rolling, thus improve compactness and the stability of unwinding and rewinding, improve unwinding and rewinding efficiency, reduce unwinding and rewinding cost.
Preferably, the drive mechanism of unreeling structure includes connecting the upper sprocket wheel of roll shaft, the lower sprocket of connection reducer and connecting upper sprocket wheel and the driving-chain of lower sprocket, the power shaft of the motor shaft connection reducer driving motor of unreeling structure, the output shaft of reductor connects lower sprocket, and the upper sprocket wheel of unreeling structure connects roll shaft.
This kind of structure can improve the stability unreeled further, improves the compactness of coiled material.
Preferably, described lower sprocket and driving-chain are externally provided with strip protective cover, circular protective cover it is provided with outside described upper sprocket wheel, it is provided with arresting lever in described circular protective cover, described arresting lever one end is provided with locking handle, described locking handle stretches out outside circular protective cover, and described circular protective cover is provided with the spacing hole coordinating arresting lever.
Let off roll can be stopped and stop by this kind of structure in time, and after preventing from driving motor to stop, let off roll is because inertia is rotated further.
Preferably, being provided with a spacing leading truck below described transition idler roller one end, described spacing leading truck is fixed on base by a connecting rod.
This kind of structure can well limit the position of coiled material, prevents coiled material from rocking during unreeling, thus improves the stability and the neat degree of coiled material unreeled.
Preferably, described supporting vertical plate top is provided with the bearing block coordinating roll shaft, and described bearing block is provided with the anti-lost back-up ring of semicircle of Combined with Radiotherapy winding up roller.
This kind of structure makes the rotation of let off roll and roll shaft more steadily reliably；The installation of let off roll can also be facilitated simultaneously, prevent let off roll other end when installing one end from dropping.
Preferably, described base includes underframe and the base plate being arranged on underframe, two supporting vertical plate are the first supporting vertical plate and the second supporting vertical plate, described first supporting vertical plate is fixed on the end of base plate one end, second supporting vertical plate is fixed on the tip inside of the base plate other end, and described driving motor and decelerator are fixed on base plate and are positioned at outside the second supporting vertical plate.
This kind of structure convenient driving motor and the installation of decelerator, thus ensure the stability driving motor and decelerator that let off roll is driven.
Preferably, described driving motor is fixed on base plate by electric machine support, described decelerator is fixed on base plate by reducer stent, described driving motor and decelerator junction peripheral hardware block cover, is provided with the strip opening coordinating reducer output shaft bottom described strip protective cover.
This kind of structure makes to drive being more firmly mounted of motor and decelerator reliable；The power shaft of the motor shaft and decelerator that drive motor can also be played certain protective action simultaneously.
Preferably, described transition idler roller one end connects lug by first and is fixed on the sidepiece of the first supporting vertical plate, and the other end of transition idler roller connects lug by second and is fixed on the sidepiece of the second supporting vertical plate.
This kind of structure makes being more firmly mounted of transition idler roller reliable, and makes it more reliable and more stable to the tensioning of coiled material.
Preferably, described circular protective cover is provided with access hole, and described supporting vertical plate both sides are provided with reinforcement swash plate.
This kind of structure facilitates user to upper sprocket wheel and the maintenance of roll shaft and maintenance；Also improve the firmness of supporting vertical plate simultaneously；Improve overall firm reliability.
Preferably, the drive mechanism of rolling-up mechanism includes connecting the upper sprocket wheel of roll shaft, the lower sprocket of connection reducer and connecting upper sprocket wheel and the driving-chain of lower sprocket, the power shaft of the motor shaft connection reducer driving motor of rolling-up mechanism, the output shaft of reductor connects lower sprocket, and the upper sprocket wheel of rolling-up mechanism connects roll shaft.
This kind of structure can improve the stability of rolling further, improves the compactness of coiled material.
Preferably, described lower sprocket and driving-chain are externally provided with strip protective cover, circular protective cover it is provided with outside described upper sprocket wheel, it is provided with arresting lever in described circular protective cover, described arresting lever one end is provided with locking handle, described locking handle stretches out outside circular protective cover, and described circular protective cover is provided with the spacing hole coordinating arresting lever.
Wind-up roll can be stopped and stop by this kind of structure in time, and after preventing from driving motor to stop, wind-up roll is because inertia is rotated further so that coiled material end scatters.
Preferably, being provided with a spacing leading truck below described transition idler roller one end, described spacing leading truck is fixed on base by a connecting rod.
This kind of structure can well limit the position of coiled material, prevents coiled material from rocking in wrapup procedure, thus improves the stability of rolling and the neat degree of coiled material.
Preferably, described supporting vertical plate top is provided with the bearing block coordinating roll shaft, and described bearing block is provided with the anti-lost back-up ring of semicircle coordinating wind-up roll.
This kind of structure makes the rotation of wind-up roll and roll shaft more steadily reliably；The installation of wind-up roll can also be facilitated simultaneously, prevent wind-up roll other end when installing one end from dropping.
Preferably, described base includes underframe and the base plate being arranged on underframe, two supporting vertical plate are the first supporting vertical plate and the second supporting vertical plate, described first supporting vertical plate is fixed on the end of base plate one end, second supporting vertical plate is fixed on the tip inside of the base plate other end, and described driving motor and decelerator are fixed on base plate and are positioned at outside the second supporting vertical plate.
This kind of structure convenient driving motor and the installation of decelerator, thus ensure the stability driving motor and decelerator that wind-up roll is driven.
Preferably, described driving motor is fixed on base plate by electric machine support, described decelerator is fixed on base plate by reducer stent, described driving motor and decelerator junction peripheral hardware block cover, is provided with the strip opening coordinating reducer output shaft bottom described strip protective cover.
This kind of structure makes to drive being more firmly mounted of motor and decelerator reliable；The power shaft of the motor shaft and decelerator that drive motor can also be played certain protective action simultaneously.
Preferably, described transition idler roller one end connects lug by first and is fixed on the sidepiece of the first supporting vertical plate, and the other end of transition idler roller connects lug by second and is fixed on the sidepiece of the second supporting vertical plate.
This kind of structure makes being more firmly mounted of transition idler roller reliable, and makes it more reliable and more stable to the tensioning of coiled material.
Preferably, described circular protective cover is provided with access hole, and described supporting vertical plate both sides are provided with reinforcement swash plate.
This kind of structure facilitates user to upper sprocket wheel and the maintenance of roll shaft and maintenance；Also improve the firmness of supporting vertical plate simultaneously；Improve overall firm reliability.
This utility model uses decelerator and drive mechanism coordinate driving motor regulation and control unwinding and rewinding speed, is possible to prevent coiled material lax or tension；Increase the web length of a rolling, thus improve compactness and the stability of unwinding and rewinding, improve unwinding and rewinding efficiency, reduce unwinding and rewinding cost.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of unreeling structure in this utility model；
Fig. 3 is the structural representation of the drive mechanism of unreeling structure in this utility model；
Fig. 4 is the structural representation of rolling-up mechanism in this utility model；
Fig. 5 is the structural representation of the drive mechanism of rolling-up mechanism in this utility model；
101. unreeling structure in Fig. 1,102. rolling-up mechanisms；
1. underframe in Fig. 2-3,2. base plate, 3. the first supporting vertical plate, 4. drive motor, 5. decelerator, 6. transition idler roller, 7. strip protective cover, 8. circular protective cover, 9. locking handle, 10. bearing block, 11. roll shafts, 12. strengthen swash plate, 13. driving-chains, 14. electric machine supports, 15. reducer stents, 16. spacing leading trucks, 17. semicircle anti-lost back-up rings, 18. first connect lug, 19. block covers, 20. strip openings, 21. spacing holes, 22. access holes, 23. second supporting vertical plate, 24. second connect lug, 25. upper sprocket wheels, 26. lower sprockets.
1. underframe in Fig. 4-5,2. base plate, 3. the first supporting vertical plate, 4. drive motor, 5. decelerator, 6. transition idler roller, 7. strip protective cover, 8. circular protective cover, 9. locking handle, 10. bearing block, 11. roll shafts, 12. strengthen swash plate, 13. driving-chains, 14. electric machine supports, 15. reducer stents, 16. spacing leading trucks, 17. semicircle anti-lost back-up rings, 18. first connect lug, 19. block covers, 20. strip openings, 21. spacing holes, 22. access holes, 23. second supporting vertical plate, 24. second connect lug, 25. upper sprocket wheels, 26. lower sprockets.
Detailed description of the invention
With work process, this utility model is described in further detail below in conjunction with the accompanying drawings, but is not the restriction to this utility model protection domain.
As it is shown in figure 1, a kind of high stability coating machine winding/unwinding device, including unreeling structure 101 and rolling-up mechanism 102.
As shown in Figures 2 and 3, described unreeling structure includes base, be arranged on base two supporting vertical plate and drive motor 4 and the let off roll being arranged in supporting vertical plate, supporting vertical plate top is provided with the roll shaft 11 installing let off roll, roll shaft 11 is in transmission connection with driving motor 4 by a drive mechanism, motor 4 is driven to be in transmission connection with drive mechanism by one speed reducer 5, being additionally provided with a transition idler roller 6 on base, transition idler roller 6 is positioned at supporting vertical plate feeding side bottom.Drive mechanism includes connecting the upper sprocket wheel 25 of roll shaft 11, the lower sprocket 26 of connection reducer 5 and connecting upper sprocket wheel 25 and the driving-chain 13 of lower sprocket 26, drive the power shaft of the motor shaft connection reducer 5 of motor 4, the output shaft of reductor 5 connects lower sprocket 26, and upper sprocket wheel 25 connects roll shaft 11.Lower sprocket 26 and driving-chain 13 are externally provided with strip protective cover 7, being provided with circular protective cover 8 outside upper sprocket wheel 25, be provided with arresting lever in circular protective cover 8, arresting lever one end is provided with locking handle 9, locking handle 9 stretches out outside circular protective cover 8, and circular protective cover 8 is provided with the spacing hole coordinating arresting lever.Being provided with a spacing leading truck 16 below transition idler roller 6 one end, spacing leading truck 16 is fixed on base by a connecting rod.Supporting vertical plate top is provided with the bearing block 10 coordinating roll shaft 11, and bearing block 10 is provided with the anti-lost back-up ring of semicircle 17 of Combined with Radiotherapy winding up roller.Base includes underframe 1 and the base plate 2 being arranged on underframe 1, two supporting vertical plate are the first supporting vertical plate 3 and the second supporting vertical plate 23, first supporting vertical plate 3 is fixed on the end of base plate 2 one end, second supporting vertical plate 23 is fixed on the tip inside of the base plate other end, drives motor 4 and decelerator 5 to be fixed on base plate 2 and be positioned at outside the second supporting vertical plate 23.Driving motor 4 fixing on a base plate 2 by electric machine support 14, decelerator 5 is fixing on a base plate 2 by reducer stent 15, drives motor 4 and decelerator 5 junction peripheral hardware block cover 19, is provided with the strip opening 20 coordinating decelerator 5 output shaft bottom strip protective cover 7.Transition idler roller 6 one end is fixed on the sidepiece of the first supporting vertical plate 3 by the first connection lug 18, and the other end of transition idler roller 6 is fixed on the sidepiece of the second supporting vertical plate 23 by the second connection lug 24.Circular protective cover 8 is provided with access hole 22, and supporting vertical plate both sides are provided with reinforcement swash plate 12.
As shown in Figures 4 and 5, described rolling-up mechanism includes base, be arranged on base two supporting vertical plate and drive motor 4 and the wind-up roll being arranged in supporting vertical plate, supporting vertical plate top is provided with the roll shaft 11 installing wind-up roll, roll shaft 11 is in transmission connection with driving motor 4 by a drive mechanism, motor 4 is driven to be in transmission connection with drive mechanism by one speed reducer 5, being additionally provided with a transition idler roller 6 on base, transition idler roller 6 is positioned at supporting vertical plate feeding side bottom.Drive mechanism includes connecting the upper sprocket wheel 25 of roll shaft 11, the lower sprocket 26 of connection reducer 5 and connecting upper sprocket wheel 25 and the driving-chain 13 of lower sprocket 26, drive the power shaft of the motor shaft connection reducer 5 of motor 4, the output shaft of reductor 5 connects lower sprocket 26, and upper sprocket wheel 25 connects roll shaft 11.Lower sprocket 26 and driving-chain 13 are externally provided with strip protective cover 7, being provided with circular protective cover 8 outside upper sprocket wheel 25, be provided with arresting lever in circular protective cover 8, arresting lever one end is provided with locking handle 9, locking handle 9 stretches out outside circular protective cover 8, and circular protective cover 8 is provided with the spacing hole coordinating arresting lever.Being provided with a spacing leading truck 16 below transition idler roller 6 one end, spacing leading truck 16 is fixed on base by a connecting rod.Supporting vertical plate top is provided with the bearing block 10 coordinating roll shaft 11, and bearing block 10 is provided with the anti-lost back-up ring of semicircle 17 coordinating wind-up roll.Base includes underframe 1 and the base plate 2 being arranged on underframe 1, two supporting vertical plate are the first supporting vertical plate 3 and the second supporting vertical plate 23, first supporting vertical plate 3 is fixed on the end of base plate 2 one end, second supporting vertical plate 23 is fixed on the tip inside of the base plate other end, drives motor 4 and decelerator 5 to be fixed on base plate 2 and be positioned at outside the second supporting vertical plate 23.Driving motor 4 fixing on a base plate 2 by electric machine support 14, decelerator 5 is fixing on a base plate 2 by reducer stent 15, drives motor 4 and decelerator 5 junction peripheral hardware block cover 19, is provided with the strip opening 20 coordinating decelerator 5 output shaft bottom strip protective cover 7.Transition idler roller 6 one end is fixed on the sidepiece of the first supporting vertical plate 3 by the first connection lug 18, and the other end of transition idler roller 6 is fixed on the sidepiece of the second supporting vertical plate 23 by the second connection lug 24.Circular protective cover 8 is provided with access hole 22, and supporting vertical plate both sides are provided with reinforcement swash plate 12.
When unreeling structure of the present utility model uses, first let off roll is inserted after in the reel of band coiled material and be installed on roll shaft, then roll end is fixed in the empty of rolling-up mechanism after coating head；Open driving motor, drive motor to be rotated by decelerator and drive mechanism band action roller shaft and let off roll, coordinate rolling-up mechanism to be slowly post-rolled in the empty of rolling-up mechanism by coating head coating by the coiled material on let off roll；In the process, by drive motor and decelerator come stable control let off roll unreel speed, be possible to prevent coiled material lax or tension；Thus improve the compactness and stability unreeled, improve and unreel efficiency, reduce and unreel cost.
After unreeling end, close and drive motor, then block gear by arresting lever by pulling locking handle, thus stop the rotation of let off roll in time, be possible to prevent let off roll to be rotated further because of effect of inertia.
When rolling-up mechanism of the present utility model uses, first the wind-up roll installing empty is arranged on roll shaft, then the roll end of rolling is first fixed in empty, open driving motor, drive motor to be rotated by decelerator and drive mechanism band action roller shaft and wind-up roll, wind-up roll by coiled material roll in empty, in the process, by driving motor and decelerator to carry out the stable rolling speed controlling wind-up roll, it is possible to prevent coiled material lax or tension；Thus improve compactness and the stability of rolling, increase the web length of a rolling, improve rolling efficiency, reduce rolling cost.
After rolling terminates, close and drive motor, then block gear by arresting lever by pulling locking handle, thus stop the rotation of wind-up roll in time, be possible to prevent wind-up roll to be rotated further because of effect of inertia.Finally, the reel spooling coiled material is taken off from wind-up roll.
Decelerator in this utility model is the conventional components of market buying, therefore itself and driving motor and the most carefully stating coordinating of drive mechanism.
Claims (10)
1. a high stability coating machine winding/unwinding device, including unreeling structure and rolling-up mechanism, it is characterized in that: described unreeling structure includes base, two supporting vertical plate being arranged on base and drive motor and the let off roll being arranged in supporting vertical plate, described supporting vertical plate top is provided with the roll shaft installing let off roll, described roll shaft is connected with driving motor-driven by a drive mechanism, described driving motor is in transmission connection with drive mechanism by one speed reducer, being additionally provided with a transition idler roller on described base, described transition idler roller is positioned at supporting vertical plate feeding side bottom；
Described rolling-up mechanism includes base, be arranged on base two supporting vertical plate and drive motor and the wind-up roll being arranged in supporting vertical plate, described supporting vertical plate top is provided with the roll shaft installing wind-up roll, described roll shaft is connected with driving motor-driven by a drive mechanism, described driving motor is in transmission connection with drive mechanism by one speed reducer, being additionally provided with a transition idler roller on described base, described transition idler roller is positioned at supporting vertical plate feeding side bottom.
A kind of high stability coating machine winding/unwinding device the most according to claim 1, it is characterized in that: the drive mechanism of unreeling structure includes connecting the upper sprocket wheel of roll shaft, the lower sprocket of connection reducer and connecting upper sprocket wheel and the driving-chain of lower sprocket, the power shaft of the motor shaft connection reducer driving motor of unreeling structure, the output shaft of the reductor of unreeling structure connects lower sprocket, and the upper sprocket wheel of unreeling structure connects roll shaft.
A kind of high stability coating machine winding/unwinding device the most according to claim 2, it is characterized in that: described lower sprocket and driving-chain are externally provided with strip protective cover, circular protective cover it is provided with outside described upper sprocket wheel, it is provided with arresting lever in described circular protective cover, described arresting lever one end is provided with locking handle, described locking handle stretches out outside circular protective cover, and described circular protective cover is provided with the spacing hole coordinating arresting lever；Being provided with a spacing leading truck below described transition idler roller one end, described spacing leading truck is fixed on base by a connecting rod；Described supporting vertical plate top is provided with the bearing block coordinating roll shaft, and described bearing block is provided with the anti-lost back-up ring of semicircle of Combined with Radiotherapy winding up roller.
A kind of high stability coating machine winding/unwinding device the most according to claim 3, it is characterized in that: described base includes underframe and the base plate being arranged on underframe, two supporting vertical plate are the first supporting vertical plate and the second supporting vertical plate, described first supporting vertical plate is fixed on the end of base plate one end, second supporting vertical plate is fixed on the tip inside of the base plate other end, and described driving motor and decelerator are fixed on base plate and are positioned at outside the second supporting vertical plate.
A kind of high stability coating machine winding/unwinding device the most according to claim 4, it is characterized in that: described driving motor is fixed on base plate by electric machine support, described decelerator is fixed on base plate by reducer stent, described driving motor and decelerator junction peripheral hardware block cover, be provided with the strip opening coordinating reducer output shaft bottom described strip protective cover.
A kind of high stability coating machine winding/unwinding device the most according to claim 5, it is characterized in that: described transition idler roller one end connects lug by first and is fixed on the sidepiece of the first supporting vertical plate, the other end of transition idler roller connects lug by second and is fixed on the sidepiece of the second supporting vertical plate；Described circular protective cover is provided with access hole, and described supporting vertical plate both sides are provided with reinforcement swash plate.
A kind of high stability coating machine winding/unwinding device the most according to claim 1, it is characterized in that: the drive mechanism of rolling-up mechanism includes connecting the upper sprocket wheel of roll shaft, the lower sprocket of connection reducer and connecting upper sprocket wheel and the driving-chain of lower sprocket, the power shaft of the motor shaft connection reducer driving motor of rolling-up mechanism, the output shaft of the reductor of rolling-up mechanism connects lower sprocket, and the upper sprocket wheel of unreeling structure connects roll shaft.
A kind of high stability coating machine winding/unwinding device the most according to claim 7, it is characterized in that: described lower sprocket and driving-chain are externally provided with strip protective cover, circular protective cover it is provided with outside described upper sprocket wheel, it is provided with arresting lever in described circular protective cover, described arresting lever one end is provided with locking handle, described locking handle stretches out outside circular protective cover, and described circular protective cover is provided with the spacing hole coordinating arresting lever；Being provided with a spacing leading truck below described transition idler roller one end, described spacing leading truck is fixed on base by a connecting rod；Described supporting vertical plate top is provided with the bearing block coordinating roll shaft, and described bearing block is provided with the anti-lost back-up ring of semicircle of Combined with Radiotherapy winding up roller.
A kind of high stability coating machine winding/unwinding device the most according to claim 8, it is characterized in that: described base includes underframe and the base plate being arranged on underframe, two supporting vertical plate are the first supporting vertical plate and the second supporting vertical plate, described first supporting vertical plate is fixed on the end of base plate one end, second supporting vertical plate is fixed on the tip inside of the base plate other end, and described driving motor and decelerator are fixed on base plate and are positioned at outside the second supporting vertical plate.
A kind of high stability coating machine winding/unwinding device the most according to claim 9, it is characterized in that: described driving motor is fixed on base plate by electric machine support, described decelerator is fixed on base plate by reducer stent, described driving motor and decelerator junction peripheral hardware block cover, be provided with the strip opening coordinating reducer output shaft bottom described strip protective cover；Described transition idler roller one end connects lug by first and is fixed on the sidepiece of the first supporting vertical plate, and the other end of transition idler roller connects lug by second and is fixed on the sidepiece of the second supporting vertical plate；Described circular protective cover is provided with access hole, and described supporting vertical plate both sides are provided with reinforcement swash plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620287597.7U CN205471796U (en) | 2016-04-08 | 2016-04-08 | Unwinding device is received to high stability coating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620287597.7U CN205471796U (en) | 2016-04-08 | 2016-04-08 | Unwinding device is received to high stability coating machine |
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| Publication Number | Publication Date |
|---|---|
| CN205471796U true CN205471796U (en) | 2016-08-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620287597.7U Expired - Fee Related CN205471796U (en) | 2016-04-08 | 2016-04-08 | Unwinding device is received to high stability coating machine |
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| CN (1) | CN205471796U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106429564A (en) * | 2016-09-26 | 2017-02-22 | 东莞市联洲知识产权运营管理有限公司 | Glass heat insulating film coiling device |
-
2016
- 2016-04-08 CN CN201620287597.7U patent/CN205471796U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106429564A (en) * | 2016-09-26 | 2017-02-22 | 东莞市联洲知识产权运营管理有限公司 | Glass heat insulating film coiling device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160817 Termination date: 20170408 |
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| CF01 | Termination of patent right due to non-payment of annual fee |