CN208533001U - A kind of novel can coiler - Google Patents
A kind of novel can coiler Download PDFInfo
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- CN208533001U CN208533001U CN201721589128.1U CN201721589128U CN208533001U CN 208533001 U CN208533001 U CN 208533001U CN 201721589128 U CN201721589128 U CN 201721589128U CN 208533001 U CN208533001 U CN 208533001U
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- retarder
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Abstract
The utility model provides a kind of novel can coiler, the ribbon of host production is exported from the day disk inclined tube of revolution, circle is put into item bucket, its disk is by ribbon production host synchronization driving, item bucket is with domain rotary motion and reciprocal traversing, the rotary motion in domain is driven by the turning motor independently driven by transmission mechanism, and the reciprocal traversing in domain is driven by the traversing motor independently driven by transmission mechanism, and the driving of turning motor and traversing motor is controlled by circle program software.In the case where not changing item bucket diameter and height and stabilization ring tension draft fluctuation range, so that ribbon circle is put capacity and significantly increase.
Description
Technical field
It is mechanical that the utility model relates to a kind of novel spinnings, especially matched on ribbon production host to make ribbon circle
The can coiler being placed in item bucket.
Background technique
In the spinning line of the Textile Engineerings such as cotton spinning wool spinning, the processes such as combing, drafting and combing in product ribbon
It is to be contained in item bucket, carries out storage and logistics delivery to downstream process.It is fine for using ribbon as the process of output products
It is an important process procedure that dimension item circle, which puts storage, and the can coiler of carding machine, drawing frame and combing machine is to complete ribbon circle
The executing agency deposited.There are many different selections for mode and parameter in relation to can coiler load ribbon, such as great circle item and ringlet
Mode, can coiler day disk (can coiler) and places the domain gyratory directions of item bucket in the same direction and incorgruous mode, item bucket diameter, day disk
The selection of diameter and day disk and domain eccentricity, and circle technological parameter change, can all influence circle mean tension drawing-off,
Pore size and the variation of ladle capacity etc..Therefore, there are many professions to inquire into circle mode and a circle technological parameter, mention
Go out many in relation to enclosing the process optimizations scheme such as tension and load capacity.
With the progress of spinning technique, host sliver exporting speed and yield continuous improvement, especially cotton spinning High-speed Drawing Frame are most
High sliver exporting speed has reached 1000 meters per minute, the replacement frequency of item bucket package is directly increased, simultaneously because recruitment cost
Continuous raising, increase the logistics cost of item bucket manual handling, thus cotton carding, drafting and combing process, change bucket to reduce
Frequency reduces ribbon process connection and reduces operation and logistics cost, all uses the method for increasing item bucket diameter and height
Increase the load capacity of ribbon in item bucket, the item bucket maximum gauge of cotton spinning carding machine and drawing frame has been added to 1000 millis
Meter or more.But disadvantageously, the application of major diameter item bucket significantly increases the size of can coiler, the throwing of can coiler and item bucket
Money all increases, and the occupied area of board increases, and board feeding part major diameter item bucket array also increases value vehicle operation difficulty, feeds
Enter the increase of part conducting bar tension draft difference, at the same largely and the major diameter item bucket of turnover increased considerably workshop and accounted for
Use area.
Therefore, research and development item bucket when not increasing item bucket diameter and height, not increasing circle tension draft fluctuation range
The load capacity amplification technique of interior ribbon is a cost efficiency under high speed high yield situation, improving quality and reduction management
The project of difficulty.
Technical research in relation to the amplification of item bucket ribbon load capacity, has more spy in 70~nineties of 20th century both at home and abroad
Rope.Foreign countries had once carried out the production of item bucket ribbon load capacity amplification scheme in host aspect on Cotton Drawing Frame and combing machine
Industry application expands form using two kinds of purely mechanic can coiler additional capacities, i.e. dynamic changes domain and day disk eccentricity
Compound motion can coiler: item bucket rotation+traversing compound motion and item bucket rotation+revolution compound motion technical pattern.In drawing frame
It is upper vertical up to D1 and DO/6 type, Japanese Toyota DE2C and DE2P type, OM company of Japan OES/VDM500 type including Switzerland, and
RTC (the Reciprocating Turntable of the 746 type drawing frame of Versamatic of de- company's production moves with the hand in Britain
Coiler) can coiler etc., it is vertical up to types such as E7/4 and E7/6 in combing machine Shang You Switzerland, practical increase-volume rate range substantially 20~
50%.
It is to change ground according to solid mechanical transmission mode due to increasing the essence of mechanical linkage compound motion in the prior art
Eccentricity between disk center and day disk center, also without and meanwhile the corresponding rotating ratio for changing domain and day disk, therefore on the one hand
Two kinds of eccentricity equations of motion mechanically configured, in the favorable combination of item bucket radial density distribution, increase not in full conformity with ribbon
It is general to hold effect；On the other hand, during compound motion ribbon by because eccentricity dynamic change due to bring circle tension
Drawing-off changes, and causes circle tension draft fluctuation range to increase, produces the unfavorable shadow to ribbon line density uniformity quality
It rings.
Due to increase-volume rate is undesirable and circle tension draft fluctuation is big etc., above-mentioned technology does not continue over nearly more than 20 years
Industrial application also has no the relevant information report of progress.
Summary of the invention
The purpose of the utility model is to provide a kind of novel can coilers, can not change item bucket diameter and height, and
In the case where stabilization ring tension draft fluctuation range, so that ribbon circle is put capacity and increase 50 depending on item bucket diameter
~100% or more.
The implementation of the utility model are as follows:
A kind of novel can coiler, day disk and domain including can coiler, day disk are driven by ribbon production host synchronization, item
Bucket is with domain rotary motion and reciprocal traversing, it is characterised in that the rotary motion in domain is by the revolution relative to host independent control
Motor is driven by transmission mechanism, and the reciprocal traversing in domain passes through transmission by the traversing motor relative to turning motor independent control
Mechanism driving.
Can coiler by adopting the above technical scheme, be suitable as the carding machines of the Textile Engineerings such as cotton spinning wool spinning, drawing frame and
The coiler motion device of combing machine output fiber item is not changing item bucket diameter and height, and stable or further improve encloses item
In the case where tension draft fluctuation range, ribbon circle in item bucket is made to put 50~100% or more capacity increase.To same
Item bucket array accounts for after can coiler and item bucket diameter can significantly be reduced under coiling volume, reduce turnover item bucket and downstream process machine
Ground area reduces the investment of item bucket, improves the convenience carried and operated, improves conducting bar process rationality.
Detailed description of the invention
Fig. 1 is a kind of novel can coiler stereoscopic schematic diagram of the utility model embodiment 1.
Fig. 2 is a kind of novel can coiler right side view of the utility model embodiment 1.
Fig. 3 is a kind of novel can coiler left view schematic diagram of the utility model embodiment 1.
Fig. 4 is a kind of novel can coiler schematic elevation view of the utility model embodiment 1.
Fig. 5 is a kind of novel can coiler schematic elevation view of the utility model embodiment 2.
Fig. 6 is a kind of novel can coiler schematic top plan view of the utility model embodiment 2.
Specific embodiment
For embodiment 1 referring to figs. 1 to Fig. 4, can coiler includes day disk and domain component, and day disk produces host synchronization by ribbon
Driving.The rotary motion in domain 8 by the turning motor relative to host independent control by transmission mechanism drive, domain 8 it is past
Multiple traversing is driven by the traversing motor relative to turning motor independent control by transmission mechanism.
The rotating part of domain component includes domain 8, domain vertical pivot and centre mount 11, sliding support 12, turning motor 10
And retarder and driving wheel, gyroscope wheel 7 and revolution toothed belt 9, domain 8 is supported and fixed on sliding by domain vertical pivot and centre mount 11
On bracket 12, turning motor 10 and retarder and driving wheel are fixed on sliding support 12, and domain 8 is by turning motor 10 and slows down
Device and driving wheel are driven by revolution toothed belt 9 and gyroscope wheel 7.
The technical solution of domain component traversing, the traversing part of domain component include bottom plate 13, guide rail 1, sliding block 2, sliding
Bracket 12, traversing motor 3 and retarder and driving pulley, traversing toothed belt 4 and passive belt wheel 6, bottom plate 13 are fixed under host
Portion, guide rail 1 is fixed on base 13, is fixed with sliding block 2 in 12 lower part of sliding support, sliding block 2 is slidably disposed on fixation and leads
On rail 1, passive belt wheel 6 is fixed, and traversing toothed belt 4 is fixed on sliding support 12 by tooth form belt lacing 5 on base 13, sliding
Bracket 12 is driven by traversing motor 3 and retarder and driving pulley by traversing toothed belt 4 and passive belt wheel 6.
Embodiment 2 is referring to Fig. 5 Fig. 6.In example 2 the rotating part of domain component include domain 8, disk in pallet 17,
Sliding support 12 and turning motor 10 and rotary reducer 18, domain 8 are supported by ground disk in pallet 17, and ground disk in pallet 17 is connected in back
Turn on retarder 18, turning motor 10 and rotary reducer 18 are fixed on sliding support 12, domain 8 by turning motor 10,
Rotary reducer 18 and pallet 17 drive.
The traversing part of domain component includes bottom plate 13, guide rail 1, sliding block 2, sliding support 12, traversing electricity in example 2
Machine and retarder 14, traversing screw rod 15 and traversing nut 16, bottom plate 13 are fixed on host lower part, and guide rail 1 is fixed on bottom plate 13,
It is fixed with sliding block 2 in 12 lower part of sliding support, sliding block 2 is slidably disposed on fixed guide rail 1, traversing motor and retarder 14
It fixes on base 13, traversing screw rod 15 is connected on traversing motor and retarder 14, and sliding support 12 is by traversing motor and subtracts
Fast device 14 is driven by traversing screw rod 15 and traversing nut 16.
Embodiment 3 is the another technical solution of domain component revolution, and the rotating part of domain component includes that domain, domain are perpendicular
Axis and centre mount, sliding support, turning motor and retarder and worm screw, worm gear, domain are consolidated by domain vertical pivot and center seat supports
It is scheduled on sliding support, worm gear is mounted on the vertical pivot of domain, and domain passes through retarder and worm screw, worm-gear driven by turning motor.
Embodiment 4 be the traversing of domain component another technical solution, the traversing part of domain component include bottom plate, guide rail,
Sliding block, sliding support, traversing motor and retarder and gear, traversing rack gear, bottom plate are fixed on host lower part, and guide rail is fixed
On bottom plate, it is fixed with sliding block in sliding support lower part, sliding block is slidably disposed on fixed guide rail, and sliding support is by traversing electricity
Machine and retarder and gear pass through traversing rack drives.
The extreme position of domain traversing controls, by giving close to inductive switching device close to switch position signal.
Turning motor is asynchronous machine or permanent magnet synchronous motor or disc type electric machine or servo motor.
Traversing motor is asynchronous machine or permanent magnet synchronous motor.
The retarder of domain rotary motion is gear type or Worm-gear type retarder.
The transmission belt of reciprocal traversing can be tooth form synchronous belt or carve band more.
Claims (7)
1. a kind of novel can coiler, day disk and domain component including can coiler, day disk are driven by ribbon production host synchronization,
It is characterized in that the rotary motion of domain (8) is driven by the turning motor (10) relative to host independent control by transmission mechanism
Dynamic, the reciprocal traversing of domain (8) is driven by the traversing motor (3) relative to turning motor independent control by transmission mechanism.
2. a kind of novel can coiler as described in claim 1, it is characterised in that the rotating part of domain component include domain (8),
It domain vertical pivot and centre mount (11), sliding support (12), turning motor (10) and retarder and driving wheel, gyroscope wheel (7) and returns
Turn toothed belt (9), domain (8) are supported and fixed on sliding support (12) by domain vertical pivot and centre mount (11), turning motor
(10) and retarder and driving wheel are fixed on sliding support (12), and domain is logical by turning motor (10) and retarder and driving wheel
Cross revolution toothed belt (9) and gyroscope wheel (7) driving.
3. a kind of novel can coiler as described in claim 1, it is characterised in that the traversing part of domain component include bottom plate (13),
Guide rail (1), sliding block (2), sliding support (12), traversing motor (3) and retarder and driving pulley, traversing toothed belt (4) and by
Movable belt pulley (6), bottom plate (13) are fixed on host lower part, and guide rail (1) is fixed on bottom plate (13), fixed in sliding support (12) lower part
Have sliding block (2), sliding block (2) is slidably disposed on fixed guide rail (1), and passive belt wheel (6) is fixed on bottom plate (13), traversing
Toothed belt (4) is fixed on sliding support (12) by tooth form belt lacing (5), and sliding support (12) is by traversing motor (3) and slows down
Device and driving pulley are driven by traversing toothed belt (4) and passive belt wheel (6).
4. a kind of novel can coiler as described in claim 1, it is characterised in that the rotating part of domain component include domain (8),
Ground disk in pallet (17), sliding support (12), turning motor (10) and rotary reducer (18), domain (8) are by ground disk in pallet (17)
Support, ground disk in pallet (17) are connected on rotary reducer (18), and turning motor (10) and rotary reducer (18) are fixed on cunning
On dynamic bracket (12), domain (8) pass through turning motor (10), rotary reducer (18) and pallet (17) driving.
5. a kind of novel can coiler as described in claim 1, it is characterised in that the traversing part of domain component include bottom plate (13),
Guide rail (1), sliding block (2), sliding support (12), traversing motor and retarder (14), traversing screw rod (15) and traversing nut (16),
Bottom plate (13) is fixed on host lower part, and guide rail (1) is fixed on bottom plate (13), is fixed with sliding block (2) in sliding support (12) lower part,
Sliding block (2) is slidably disposed on fixed guide rail (1), and traversing motor and retarder (14) are fixed on bottom plate (13), sliding
Bracket (12) is driven by traversing motor and retarder (14) by traversing screw rod (15) and traversing nut (16).
6. a kind of novel can coiler as described in claim 1, it is characterised in that the rotating part of domain component includes domain, domain
Vertical pivot and centre mount, sliding support, turning motor and retarder and worm screw, worm gear, domain is by domain vertical pivot and center seat supports
It is fixed on sliding support, worm gear is mounted on the vertical pivot of domain, and domain is driven by turning motor by retarder and worm screw, worm gear
It is dynamic.
7. a kind of novel can coiler as described in claim 1, it is characterised in that the traversing part of domain component includes bottom plate, leads
Rail, sliding block, sliding support, traversing motor and retarder and gear, traversing rack gear, bottom plate are fixed on host lower part, guide rail
On fixed bottom plate, it is fixed with sliding block in sliding support lower part, sliding block is slidably disposed on fixed guide rail, and sliding support is by cross
Dynamic motor and retarder and gear pass through traversing rack drives.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721589128.1U CN208533001U (en) | 2017-11-24 | 2017-11-24 | A kind of novel can coiler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721589128.1U CN208533001U (en) | 2017-11-24 | 2017-11-24 | A kind of novel can coiler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208533001U true CN208533001U (en) | 2019-02-22 |
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ID=65399561
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721589128.1U Active CN208533001U (en) | 2017-11-24 | 2017-11-24 | A kind of novel can coiler |
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| CN (1) | CN208533001U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109837615A (en) * | 2017-11-24 | 2019-06-04 | 北京玛达恒力机电技术有限公司 | A kind of method that ribbon circle is put and can coiler |
-
2017
- 2017-11-24 CN CN201721589128.1U patent/CN208533001U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109837615A (en) * | 2017-11-24 | 2019-06-04 | 北京玛达恒力机电技术有限公司 | A kind of method that ribbon circle is put and can coiler |
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