CN1762781A - Winding device an tightening disk thereon - Google Patents
Winding device an tightening disk thereon Download PDFInfo
- Publication number
- CN1762781A CN1762781A CN 200510108674 CN200510108674A CN1762781A CN 1762781 A CN1762781 A CN 1762781A CN 200510108674 CN200510108674 CN 200510108674 CN 200510108674 A CN200510108674 A CN 200510108674A CN 1762781 A CN1762781 A CN 1762781A
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- clamping disk
- catch
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Abstract
The invention relates to a thread winding device for winding a sequentially inputted thread, and a clamping disk used in the winding device and provided with a thread capturing device. In order to fix a bobbin, the winding device is provided with a bobbin frame fixing the bobbin between two clamping disks capable of being rotatably supported. For putting and capturing of the thread at beginning of winding, one of the clamping disks is provided with a thread capturing device. A balance weight for avoiding the clamping disks to imbalance-arrange a weight of a balance thread capturing device, is provided at a circumference position stagger with the thread capturing device. In particular, for a thread capturing device with a clamping body controlled by a centrifugal force, the clamping disks according to the invention are provided with additional balance bodies, wherein the clamping body and the balance bodies are fixed at stagger circumference positions in a same end face.
Description
Technical field
The present invention relates to a kind of by claim 1 wind2 of the long filament of input continuously that is used for reeling as described in the preamble, and a kind of by claim 9 the clamping disk(-sc) on the wind2 of being used in of catching silk device that has as described in the preamble.
Background technology
By EP 1 129 975 A2 (TEX 2809) wind2 of known a kind of this type and the clamping disk(-sc) of this type.
In known wind2, between two clamping disk(-sc)s, fix a bobbin for the long filament reel that supports coiling.Clamping disk(-sc) rotatably is connected with the pivoted arm of a spool stand respectively.Spool stand is fixed on the single-revolution axle with the other end of pivoted arm, and wherein pivoted arm is rigidly connected mutually.For winding filament is become reel, the drive roller combined action in this wise that spool stand and is driven makes bobbin or reel and drive roller circumferential contact ground fix by spool stand.In order when process begins or behind changing bobbins, to carry out winding filament, guide a clamping disk(-sc) by means of the long filament that suction is exported continuously into by a filar guide, on this clamping disk(-sc), constitute one and catch silk device.By means of catching silk device and can catch and clamp long filament on the clamping disk(-sc), make by clamping disk(-sc), thereby and driven by bobbin.
In known wind2 and known pinch dish, catch that silk device is caught a nose by one and a movable clamping body constitutes, clamping body can guide between a dead position and a clamped position by centnifugal force.This clamping disk(-sc) particularly has such advantage, and promptly long filament is just remaining fixed on the clamping disk(-sc) during the winding process.In case winding process finishes and the braking by reel stops winding process, the clamping of long filament is just unclamped, therefore take off bobbin no longer include together with around intact reel the time residual long filament attached to clamping disk(-sc) on.But actual showing, must have the weight of a minimum in order on long filament, to produce big gripping power clamping body, so that obtain big gripping power by the centnifugal force generation.But this structure of catching silk device causes uneven weight distribution on the clamping disk(-sc), this particularly can aware by jiggly the rotatablely moving of clamping disk(-sc) on wind2, it passes on the bobbin by vibrating directly, and therefore may the coiling of long filament be had a negative impact.
Summary of the invention
Therefore the objective of the invention is, the clamping disk(-sc) that improves the wind2 of this type in this wise and be used for this wind2 makes and can fix and drive the described bobbin that is fixed on the clamping disk(-sc) with high smoothness of operation when high speed.
According to this purpose of the present invention by having claim 1 feature wind2 and realize by the clamping disk(-sc) that is used in the wind2 by claim 9 feature.
The good improvement structure green phase of the present invention answers the feature of dependent claims and characteristics combination to determine.
The feature of wind2 of the present invention is that the corresponding construction of catching silk device that does not rely on clamping disk(-sc) does not have overbalance basically.On clamping disk(-sc), form a balance piece for this reason with staggering, make the quality of catching silk device be able to balance with the circumferential position of catching silk device.Here catching silk device both can be by the depressions or protrusions on the clamping disk(-sc), also can constitute by the additional member on the clamping disk(-sc).Here a special advantage is, the whole silk device of catching usually need only be made in a place on the clamping disk(-sc) circumference.The structure design of balance piece only gets at mass compensation, and avoiding overbalance, so it can be piled up by material vacancy on the clamping disk(-sc) or material and forms.
Here particularly can avoid overbalance on the clamping disk(-sc), promptly catch silk device and the balance piece position on clamping disk(-sc) and roughly stagger mutually 180 ° by such method.
Have for catching silk device that additional member is for example movable can to move to the situation of clamped position with the clamping body that form to clamp the slit by centnifugal force, balance piece preferably is made of an additional balanced body, and it has identical with the weight of catching silk device basically weight.
In this improvement structure of wind2 of the present invention, can advantageously adopt clamping disk(-sc) of the present invention.In clamping disk(-sc) of the present invention, catch on the clamping body of silk device and the same end face that balanced body is installed in disk body.Advantageously reach rotational symmetry thus with mass compensation, it eliminate fully by clamping body cause the size and phase place aspect overbalance.Clamping disk(-sc) of the present invention is particularly suitable for being used for setting up when bobbin is driven in order to big gripping power fixing and the drive long filament.At this moment the function of the clamping body by centnifugal force motion is kept fully, and therefore in quiescence during at changing bobbins, the tailfiber that unclamps can have no resistance ground and take out from clamping disk(-sc) with full reel.
In clamping disk(-sc) of the present invention, can further improve weight balancing, promptly catch the position of silk device and balanced body and on end face, stagger mutually 180 ° by such method.Particularly balanced body is designed to like this, promptly when arrival makes clamping body be positioned at the working speed of its clamped position, reaches the highest smoothness of operation of clamping disk(-sc).
Here should have identical with the weight of a clamping body basically weight according to the possibility balanced body.
The good improvement structure by claim 12 and 13 of clamping disk(-sc) of the present invention allows a kind of structure simple in structure, and wherein long filament directly can clamp after a nose is caught immediately by catching.Therefore this clamping disk(-sc) and improved like this wind2 be characterized as long filament high catch reliability.
Because the disk body of clamping disk(-sc) is made of plastics usually, so clamping body advantageously makes plastic bar, so that obtain identical frictional behaviour in the clamping slit between binding face and clamping surface.Here can advantageously improve the weight of plastics, make on plastic bar, can produce corresponding centnifugal force by metal sheet.
For the isostatic equilibrium body, preferably constitute by second metal sheet, it does identically with first metal sheet on plastic bar basically.
Long filament is deviate from from clamping disk(-sc) on non-resistance ground as far as possible during in order to ensure replacing reel after the reel braking, the improvement structure of clamping disk(-sc) of the present invention preferentially is designed to like this, one spring that acts on the clamping body promptly wherein is set, it produces a spring force opposite with the centnifugal force direction, and wherein spring force is less than centnifugal force.Therefore the silk head just can directly be deviate from from clamping disk(-sc) before the reel stall.
Description of drawings
Describe an embodiment of wind2 of the present invention and an embodiment of clamping disk(-sc) of the present invention with reference to the accompanying drawings in detail.
Accompanying drawing is represented:
Fig. 1 and 2 schematically illustrates an embodiment of wind2 of the present invention in different running statees;
The different views of an embodiment of Fig. 3 to 5 clamping disk(-sc) of the present invention;
Fig. 6 schematically illustrates at the partial view of the clamping disk(-sc) shown in Fig. 4 during in running state.
The specific embodiment
An embodiment of expression wind2 of the present invention in Fig. 1 and 2, it for example can be used in the texturing machine that circumnutates.Expression embodiment is when winding process begins, for example when process begins or behind the changing bobbins in Fig. 1.This embodiment of expression is when winding filament becomes reel in Fig. 2.If specifically do not refer to certain figure, below explanation is applicable to this two figures.
Wind2 has one can rotating spool stand 4, and it is bearing on the single-revolution axle 7.Axis of revolution 7 is fixed on the frame.But two mutual opposed clamping disk(-sc)s 5 of free rotary ground supporting and 6 on the free end of free end at revoliving arm of the spool stand 4 that the mutual opposed revoliving arm by two constitutes, clamping disk(-sc) 5 and 6 is fixed on the free end of a rotatable axle journal 41 for this reason, and axle journal can be rotated to support in the revoliving arm of spool stand 4 with mutual opposed end.Clamp a bobbin 2 that is used for supporting drum 3 between clamping disk(-sc) 5 and 6, clamping disk(-sc) 5 and 6 has a conical centering shaft shoulder respectively for this reason, and it partly inserts in the barrel tip.Remain between clamping disk(-sc) 5 and 6 to bobbin 2 centering thus.In order to clamp and to unclamp bobbin 2, but one of axle journal 41 together with clamping disk(-sc) design axial motion.
Spool stand 4 sets one at the free end of revoliving arm and is used for driving bobbin 2 or drives the drive roller 10 that is wound on the reel 3 above it.Bobbin 2 or reel 3 are close on the circumference that drives roller 10 in contact for this reason.Driving roller 10 is connected with drive roller motor 12 by axle drive shaft 11.Drive the speed drive drive roller 10 of roller motor 12, the feasible long filament of can under the circumferential velocity unmodified situation of bobbin or the reel of constantly growing up, reeling with substantial constant.
In order during reeling, to guide long filament, before driving roller 10, establish a traversing device 13, it back and forth drives in the reel scope by actuating device 14.Actuating device 14 can for example be made by belt-driving or toward the two-start screw guidewire shaft.
In order to make long filament 1 repiece on bobbin 2 in advancing when process begins or behind the changing bobbins, so that on the long filament volume, on one of clamping disk(-sc) 5, be provided with one and catch silk device 8 and another and catch silk device 8 coefficient auxiliary devices.In the embodiment shown, draw on the clamping disk(-sc) 5 one for example by one on the periphery of clamping disk(-sc) 5, form have combination catch silk and clamp the slit catch that a nose represents catch silk device 8.This silk device of catching on the clamping disk(-sc) is well known in the prior art, and for example is published among EP 0 916 610 A2, therefore here can be with reference to described data.Catch silk device 8 processing on a circumferential position of clamping disk(-sc) 5 for this reason.Form a balance piece 9 on about 180 ° of end faces staggering with the circumferential position of catching silk device 8 on the clamping disk(-sc) 5 at clamping disk(-sc) 5.According to catching the silk device structure, balance piece can be piled up by material vacancy or material and form.Balance piece 9 is made of the vacancy at the opposing end faces upper periphery place that is positioned at clamping disk(-sc) 5 in the present embodiment.Wherein owing on clamping disk(-sc) 5 end faces, form and catch silk device 8 needed material removals and be substantially equal to the material vacancy of balance piece 9, thereby produce completely balancing of mass-particularly in the working speed scope.Therefore clamping disk(-sc) 5 is rotational symmetric members, without any overbalance.Therefore particularly when winding process begins the bobbin 2 between the centering shaft shoulder that is clamped in clamping disk(-sc) 5 and 6 under the situation of the high circumferential velocity of bobbin with the highest smoothness of operation running.Advantageously avoid coming from the exciting of the clamping of bobbin 2.
In order can long filament to be received in the clamping disk(-sc) 5 by catching silk device 8 when process begins or behind the changing bobbins, after driving roller, an aspirator 18 is set along the long filament direct of travel.Aspirator 18 has a blade 19 and a suction joint 20.Blade 19 is used for cutting off long filament when changing bobbins, at this moment Shu Ru long filament is guided to a silk thread container by the suction joint.Behind changing bobbins and process when beginning long filament 1 transfer to the silk thread container continuously by suction joint 20.
In the front that drives roller 10 one filar guide 16 is set along the long filament direct of travel, it drives and control by an actuating device 17 and control setup 15, so that the long filament repiece.
To clamping disk(-sc) 5 Direction guides, so that the long filament repiece, so long filament just contact with the periphery of clamping disk(-sc) 5 by filar guide 16 for long filament 1 under the running state shown in Fig. 1, and can be hunted down when the clamping disk(-sc) 5 of catching silk device 8 rotates and clamp having.At this moment the long filament section of advancing between clamping disk(-sc) 5 and suction joint 20 is cut off by the shutoff device 21 that is equipped on clamping disk(-sc) 5.The long filament section that flows to clamping disk(-sc) 5 now can be introduced in the coiling scope by filar guide 16, and is received by the traversing device, thereby can begin to form the winding process of reel.This state representation is in Fig. 2.
Because the balancing of mass of clamping disk(-sc) 5 is 2 essentially no being centered in quiveringly between two clamping disk(-sc)s 5 and 6 of bobbin during the whole coiling.Therefore can significantly reduce the exciting that the clamping by bobbin 2 causes, make long filament can under identical condition, reel during the whole coiling, and cause the uniform reel structure of reel.
Describe clamping disk(-sc) of the present invention in detail by means of following figure and be used in embodiment in this wind2.Here the embodiment that in Fig. 3 to 5, represents clamping disk(-sc) with different views.Fig. 3 represents to be used for to support the lateral plan of the end face of bobbin.Represent embodiment with sectional elevation in Fig. 4, the lateral plan with opposing end faces among Fig. 5 is represented embodiment.If specifically do not refer to certain figure, below explanation is applicable to all figures.
The embodiment that band is caught the clamping disk(-sc) 5 of silk device 8 has a disk body 23, and it preferably is made of plastics.Disk body 23 is designed to the dish type with the grip flange with generation 42 of the centering mounting hole 35 of central authorities.Disk body 23 has a ring-shaped step 50 on end face 24.1, fixes the centering shaft shoulder 22 of an annular on it.The centering shaft shoulder 22 preferably is made of metal and firmly is connected with disk body 23.Here the shaft shoulder 22 of feeling relieved is configured for the areal of support of bobbin.The outer edge of disk body 23 forms a periphery 25 around the certain angle scope on end face 24.1.Periphery 25 has a vacancy 26 in about 30 a ° angular extensions alpha.On disk body 23, form one by vacancy 26 and catch a nose 27.Catching along the hand of rotation of representing by the arrow that is parallel to periphery in Fig. 3 and 5 of clamping disk(-sc) and to be provided with one on a nose 27 front peripheries 25 and to catch silk mouthfuls 43, it along the circumferential direction extends to always catches a nose 27 back.The silk mouthfuls 43 of catching that is made of vacancy 26 extends in catching the whole zone of a nose 27 along hand of rotation, until the starting point of periphery 25, therefore catches a nose 27 and forms heavy cutting with respect to the periphery of disk body 23.Have 44, one of breach and be arranged on of clamping body 28 on the end face 24.2 on opposite and clamp convex shoulder 38 and stretch in this breach catching silk mouthfuls 43 and catch a nose 27 regional inner tray 23.
Clamping body 28 is designed to an arc plastic bar 29, and it extends in about 90 a ° angular range.Plastic bar 29 usefulness one supported end is fixed on the axis of revolution 31.Plastic bar 29 fixing on axis of revolution 31 undertaken by a mounting ring 32.1.Axis of revolution 31 is directly captiveed joint with disk body 23 at end face 24.2 places in addition.Axis of revolution 31 preferably directly is created on the disk body 23.Captive joint with plastic bar 29 at plastic bar 29 first metal sheet 33.1 on the inboard of end face 24.2.Metal sheet 33.1 is done camber equally, and fixing by a set pin 34 and a mounting ring 32.2 that is created on the plastic bar 29.Plastic bar 29 is imbedded in the circular groove 45 of disk body 23 for this reason.Groove 45 passes through outward flange 46, limits by inward flange 47 inwardly towards outward flange.Here inward flange 47 constitute one with the centering groove 36 of internal point 35 concentric settings, it can support an axle journal together with internal point 35.
As seen from Figure 5, between plastic bar 29 and outward flange 46, clamp a spring 39.Plastic bar 29 is remained on the position below one, make to clamp the shaft shoulder 38 and catch to form a bigger distance between the nose 27.Can see this state by Fig. 4.
The balanced body 30 of one second metal sheet, 33.2 forms is connected with disk body 23 in the groove 45 on end face 24.2.Here metal sheet 33.2 is positioned at first metal sheet 33.1 and staggers on the position at 180 ° of angles, and wherein metal sheet 33.1 and 33.2 is arranged on the same radius of end face 24.2 basically.Metal sheet 33.2 is fixing by a fixedly joint tongue 49 and a mounting ring 32.3 that is created on the disk body 23.Therefore metal sheet 33.1 and 33.2 is done to such an extent that size is identical with material, and two metal sheets 33.1 are the same big with 33.2 weight.
For the principle of work of long filament being caught and being clamped on the clamping disk(-sc) is described, below with reference to Figure 4 and 5.The partial view of the embodiment in Fig. 5 presentation graphs 4 in clamping the convex shoulder zone wherein.
Show by Figure 4 and 5, catch a nose 27 and have binding face 37 in.And the clamping convex shoulder 38 of plastic bar 29 constitutes a clamping surface 48 that coincide basically.Descend plastic bar 29 owing to the spring force wraparound rotating shaft 31 that the centnifugal force that acts on overcomes spring 39 is outwards squeezed in working order.At this moment clamp convex shoulder 38 and run into and catching on the nose 27, between binding face 37 and clamping surface 48, form one and clamp slit 40.Clamp slit 40 and feed and catches silk mouthfuls 43, make to enter and catch silk mouthfuls 43 and arrive automatically and clamp in the slit 40 catching long filament that a nose 27 advances later.Long filament is clamped and be fixed on and clamp convex shoulder 38 and catch between the nose 27 under action of centrifugal force.The embodiment that the method for long filament guiding here is similar to by the described wind2 of Fig. 1 carries out.During whole winding process because the centnifugal force that acts on the clamping disk(-sc) makes long filament clamped all the time.Only be braked back plastic bar 29 and just push back the in-to-in dead position from exterior clamped position by spring 39 at reel or clamping disk(-sc).At this moment clamp convex shoulder 38 and catch a nose 27 disengagements, thereby discharge clamped long filament.
The embodiment of clamping disk(-sc) of the present invention only enumerates a kind of possibility of the clamping disk(-sc) structure of the clamping body that has centrifugal force controlled.Can utilize by the clamping body scheme known to the EP1129975A2 in principle, to reach the clamping of long filament.But importantly, compensate the weight of clamping body in this wise here, make in the working speed scope, on clamping disk(-sc), not produce overbalance by the weight of balanced body.Also can realize having the heavier clamping body of big centrifugal action thus.By correspondingly being installed, balanced body can avoid objectionable exciting to pass on the bobbin from clamping disk(-sc).Here also have such possibility, promptly balanced body and balance piece constitute by a plurality of splits on the clamping disk(-sc) or branch quality.For clamping disk(-sc) of the present invention importantly, need only on clamping disk(-sc), form one and catch silk device.The rotational symmetry that is used for weight balancing can cause by balanced body simple and with low cost.
The pictorial symbolization table
1 long filament, 26 vacancies
2 bobbins 27 are caught a nose
3 reels, 28 clamping bodies
4 spool stands, 29 plastic bars
5 clamping disk(-sc)s, 30 balanced body
6 clamping disk(-sc)s, 31 axis of revolutions
7 axis of revolutions, 32 mounting rings
8 catch silk device 33.1,33.2 metal sheets
9 balance pieces, 34 set pins
10 backer rolls, 35 internal points
11 axle drive shafts, 36 centering grooves
12 drive roller motor 37 binding faces
13 traversing devices 38 clamp convex shoulder
14 actuating devices, 39 springs
15 control setups 40 clamp the slit
16 filar guides, 41 bearing spigots
17 actuating devices, 42 grip flange
18 aspirators 43 are caught the silk mouth
19 blades, 44 breach
20 suction joints, 45 grooves
21 shutoff devices, 46 outward flanges
The 22 centering shaft shoulders, 47 inward flanges
23 disk bodies, 48 clamping surfaces
24.1, the fixing joint tongue of 24.2 end faces 49
25 peripheral 50 steps
Claims (17)
1. the wind2 of the long filament of input continuously that is used for reeling has a bobbin that is driven (2), and long filament intersects reel (3) being wound into one on this bobbin in a reel scope; Also has a spool stand (4), it with bobbin (2) be fixed on two rotatably mounted, respectively with a clamping disk(-sc) (5 that embeds the centering shaft shoulder (22) in the bobbin (2), 6) between, one of them clamping disk(-sc) (5) carry one when reeling beginning, be used for catching and clamp long filament catch silk device (8)
It is characterized by:
Clamping disk(-sc) (5) has the balance piece (9) that a balance is caught silk device (8) quality, it be formed on one with catch on the circumferential position that silk device (8) staggers.
2. press the wind2 of claim 1,
It is characterized by:
Catch the about 180 ° of settings of staggering mutually of silk device (8) and the position of balance piece (9) on clamping disk(-sc) (5).
3. press the wind2 of claim 1 or 2,
It is characterized by:
Catch silk device (8) and constitute by catch a nose (27) and a movable clamping body (28) that forms on clamping disk(-sc) (5) circumference, this clamping body (28) can move on on the clamped position by a centnifugal force, clamps slit (40) to form one.
4. press the wind2 of claim 3,
It is characterized by:
Balance piece (9) has and catches additional balanced body (30) formation of the essentially identical weight of weight of silk device (8) by one.
5. press the wind2 of claim 3 or 4,
It is characterized by:
Clamping body (28) is made an arc plastic bar (29), and it rotatably connects with clamping disk(-sc) (5) with an end and have a clamping surface (48) on a relative end, and fixes a metal sheet (33.1) on plastic bar (29).
6. press the wind2 of claim 5,
It is characterized by:
Balanced body (30) is made of one second metal sheet (33.2), and it does identically with first metal sheet (33.1) basically.
7. by each wind2 of claim 3 to 6,
It is characterized by:
One spring (39) that acts on the clamping body (28) is set, its generation one and the rightabout spring force of centnifugal force, wherein spring force is less than centnifugal force.
8. by each wind2 of claim 3 to 7,
It is characterized by:
Catch a nose (27) and constitute by the vacancy (26) on clamping disk(-sc) (5) the end rib (25), wherein a binding face at clamped position (37) that is used for clamping body (28) is formed on the periphery inwardly of catching a nose (27).
9. be used in the wind2 with a clamping disk(-sc) (5) of catching silk device (8), be used for bobbin one end is fixed on the spool stand, the one centering shaft shoulder (22) that is used for supporting a barrel tip wherein is set on an end face (24.1) of discoid disk body (23), and catch silk device (8) and be designed to have a movable clamping body (28) in the zone outside the centering shaft shoulder (22)
It is characterized by:
Go up at the end face (24.2) of disk body (23) an additional balanced body (30) is installed, clamping body (28) is fixed on this end face, and balanced body (30) be arranged on one with catch on the circumferential position that silk device (8) staggers.
10. press the clamping disk(-sc) of claim 9,
It is characterized by:
The position of clamping body (28) and balanced body (30) with the centering shaft shoulder (22) opposing end faces (24.2) on stagger about 180 ° mutually.
11. by the clamping disk(-sc) of claim 9 or 10,
It is characterized by:
Balanced body (30) have one basically with the identical weight of weight of clamping body (28).
12. by each clamping disk(-sc) of claim 9 to 11,
It is characterized by:
Clamping body (28) and one forms on the circumference of opposing end faces (24.1) catches a nose (27) combined action, clamping body (28) passes disk body (23) up to catching a nose (27) with a clamping convex shoulder (38) that exposes, and can move on to a clamped position by a centnifugal force, clamp slit (40) to form one.
13. by the clamping disk(-sc) of claim 12,
It is characterized by:
The clamping convex shoulder (38) of clamping body (28) is fitted on the binding face (37) of catching a nose (27) at clamped position, and forms clamping slit (40) between binding face (37) and clamping convex shoulder (38).
14. by claim 12 or 13 described clamping disk(-sc)s,
It is characterized by:
Clamping body (28) is designed to an arc plastic bar (29), it rotatably is connected with disk body (23) with a supported end, and have a clamping convex shoulder (38) that is shaped with binding face on the pinching end over there, and on plastic bar (29), fix a metal sheet (33.1) with fitting like a glove.
15. by the clamping disk(-sc) of claim 14,
It is characterized by:
Balanced body (30) is made of one second metal sheet (33.2), and it does substantially the samely with first metal sheet (33.1).
16. by each clamping disk(-sc) of claim 12 to 15,
It is characterized by:
One spring (39) that acts on the clamping body (28) is set, its generation one and the rightabout spring force of centnifugal force, wherein spring force is less than centnifugal force.
17. by each clamping disk(-sc) of claim 12 to 16,
It is characterized by:
Catch a nose (27) and be made of the vacancy (26) on end face (24.1) periphery (25), wherein binding face (37) is formed on the periphery inwardly of catching a nose (27).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102004050729 | 2004-10-19 | ||
| DE102004050729.5 | 2004-10-19 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1762781A true CN1762781A (en) | 2006-04-26 |
| CN1762781B CN1762781B (en) | 2010-04-14 |
Family
ID=36747149
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510108674 Active CN1762781B (en) | 2004-10-19 | 2005-10-18 | Winding device and tightening disk thereon |
Country Status (3)
| Country | Link |
|---|---|
| CN (1) | CN1762781B (en) |
| TR (1) | TR200504089A2 (en) |
| TW (1) | TWI357882B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110040575A (en) * | 2018-01-13 | 2019-07-23 | 欧瑞康纺织有限及两合公司 | For keeping the changeover mechanism of at least one mound bobbins |
| CN110155803A (en) * | 2019-06-14 | 2019-08-23 | 无锡旭洲智能科技有限公司 | Coil winding machine |
| CN113614012A (en) * | 2019-11-06 | 2021-11-05 | Stc纺织公司 | Yarn winding device and method |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2200836A5 (en) * | 1972-09-25 | 1974-04-19 | Rhone Poulenc Textile | |
| DE2914923A1 (en) * | 1979-04-12 | 1980-10-30 | Barmag Barmer Maschf | WINDING DEVICE |
| US4477034A (en) * | 1983-08-15 | 1984-10-16 | Rieter Machine Works, Ltd. | Thread catching structure |
| DE59807719D1 (en) * | 1997-11-14 | 2003-05-08 | Barmag Barmer Maschf | rewinder |
-
2005
- 2005-08-31 TW TW94129860A patent/TWI357882B/en not_active IP Right Cessation
- 2005-10-13 TR TR2005/04089A patent/TR200504089A2/en unknown
- 2005-10-18 CN CN 200510108674 patent/CN1762781B/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110040575A (en) * | 2018-01-13 | 2019-07-23 | 欧瑞康纺织有限及两合公司 | For keeping the changeover mechanism of at least one mound bobbins |
| CN110040575B (en) * | 2018-01-13 | 2022-05-03 | 欧瑞康纺织有限及两合公司 | Adapter for holding at least one winding tube |
| CN110155803A (en) * | 2019-06-14 | 2019-08-23 | 无锡旭洲智能科技有限公司 | Coil winding machine |
| CN113614012A (en) * | 2019-11-06 | 2021-11-05 | Stc纺织公司 | Yarn winding device and method |
| CN113614012B (en) * | 2019-11-06 | 2022-12-27 | Stc纺织公司 | Yarn winding device and method |
Also Published As
| Publication number | Publication date |
|---|---|
| TR200504089A2 (en) | 2006-08-21 |
| CN1762781B (en) | 2010-04-14 |
| TW200613210A (en) | 2006-05-01 |
| TWI357882B (en) | 2012-02-11 |
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