CN202754629U - Automatic spooler yarn backing-off auxiliary device and winding device with the same - Google Patents
Automatic spooler yarn backing-off auxiliary device and winding device with the same Download PDFInfo
- Publication number
- CN202754629U CN202754629U CN201220415879.2U CN201220415879U CN202754629U CN 202754629 U CN202754629 U CN 202754629U CN 201220415879 U CN201220415879 U CN 201220415879U CN 202754629 U CN202754629 U CN 202754629U
- Authority
- CN
- China
- Prior art keywords
- mentioned
- lifting
- unwinding
- auxiliary device
- lifting mechanism
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Guides For Winding Or Rewinding, Or Guides For Filamentary Materials (AREA)
- Replacing, Conveying, And Pick-Finding For Filamentary Materials (AREA)
Abstract
A yarn backing-off auxiliary device is provided with a movable sleeve (a limit sleeve) (13)and a support (12), wherein the movable sleeve (13) moves along with backing off of yarns (Y) from bobbins(B) and assists yarns (Y) in backing off, and the support (12) is used for supporting the movable sleeve (13). Further, the yarn backing-off auxiliary device is provided with a elevator mechanism (3), and the elevator mechanism (3) is formed by a motor (M) and a screw part (30) and enables the support (12) to go up and down to achieve lifting of the movable sleeve (13). Besides, the yarn backing-off auxiliary device is provided with an encircling mechanism (a cover part) (4), the encircling mechanism is provided with an extension part (41), the encircling mechanism (4) is used for dust prevention of the lifting mechanism (3), and the extension part (41) can stretch out and draw back up and down along with the lifting of the movable sleeve (13).
Description
Technical field
The utility model relates to the unwinding yarn auxiliary device that is applied to automatic bobbin winder, yarn is assisted from the unwinding of bobbin (bobbin).
Background technology
Automatic bobbin winder possesses a plurality of wind2s 2 of the yarns Y unwinding of bobbin B being wound up on the rolling tube and doffer 7 that the coiling package (package) that becomes full volume in each wind2 2 is doffed etc. as shown in Figure 1.In each wind2 2 the unwinding yarn auxiliary device is set, the air ring (balloon) that the restriction of this unwinding yarn auxiliary device forms during from bobbin B unwinding yarns Y, will suitable tension force pays yarns Y, assist the unwinding of yarns Y.
For example shown in Figure 8, the unwinding yarn auxiliary device 9 of prior art possesses: the stationary magazine creel 90 that is in stationary state when bobbin B carries out the unwinding of yarns Y; Be nested on the stationary magazine creel 90, following yarns Y from the unwinding of bobbin B and mobile movable cylinder (restriction cylinder) 91; Be used for making the lifting mechanism 92 of movable cylinder 91 liftings etc.Lifting mechanism 92 is arranged on the framework inside 93 of wind2 2, the lifting guide member 95 that extend to arrange by cylinder 94, along the vertical direction, the slide mass 96 that can move along lifting guide member 95 etc. consist of, by make support (holder) 97 liftings of the movable cylinder 91 of supporting with these parts, carry out the lifting of movable cylinder 91.Wherein, the support 97 that extends in order to make the inside and outside of the framework 93 of traversing wind2 2 can lifting, is formed with the bullport (not shown) that extends along the vertical direction in framework 93.
But, when passing through each wind2 2 from bobbin B unwinding yarns Y, produce willow catkins flying in the air (cotton fly, this Language of Ri: Wind Cotton) and also disperse, be deposited in as an example of unwinding yarn auxiliary device 9 example on all parts of wind2 2.If willow catkins flying in the air are deposited on the moving part of wind2 2, then become the bad reason of action.
The unwinding yarn auxiliary device 9 of prior art is because lifting mechanism 92 is arranged on the inside of framework 93, so willow catkins flying in the air are not easy to pile up a little.But, since as described above on framework 93 in order to make support 97 lifting be formed with bullport, so willow catkins flying in the air enter from this bullport, have been deposited on the lifting mechanism 92.For example, if willow catkins flying in the air are attached on the cylinder 94 of lifting mechanism 92, then the filler of cylinder 94 (packing) becomes bad, and existence can not make the problems such as movable cylinder 91 liftings.Therefore, must carry out termly maintenance that the dust such as willow catkins flying in the air that are attached on the lifting mechanism 92 are removed.
In addition, for example disclose in the TOHKEMY 2009-242028 communique, with the unwinding yarn auxiliary device of Fig. 8 same structure in consist of the lifting mechanism that makes the lifting of movable cylinder by feed screw, lifting guide member and slide mass etc.Because consisting of the feed screw of this lifting mechanism is the parts of detesting especially dust, therefore for the such unwinding yarn auxiliary device of TOHKEMY 2009-242028 communique, need to carry out with very short interval the maintenance to willow catkins flying in the air of lifting mechanism.But, relevant the preventing dust without any record to lifting mechanism of TOHKEMY 2009-242028 communique.
Like this, even lifting mechanism is arranged on framework inside, the necessity that is formed for the bullport of support lifting in framework is arranged also, willow catkins flying in the air are attached on the lifting mechanism from entering here.Therefore, the maintenance to willow catkins flying in the air of lifting mechanism is integral.
The utility model content
Therefore, the problem that the utility model is wanted to solve is, a kind of unwinding yarn auxiliary device of automatic bobbin winder is provided, and it makes the ground such as the non-cohesive willow catkins flying in the air of lifting mechanism that the movable cylinder to auxiliary unwinding yarn carries out lifting and prevents dust.
In order to address the above problem, the unwinding yarn auxiliary device of automatic bobbin winder of the present utility model is characterised in that to possess: following yarn moved, assists the unwinding of yarn from the unwinding of bobbin movable restriction cylinder; Make the lifting mechanism of movable restriction cylinder lifting; And the lifting that is used for making the dustproof cover of lifting mechanism, cover to possess following movable restriction cylinder and along the flexible extensible member of lifting direction.
Preferably cover also possess an end of the flexible direction that is arranged at extensible member, for lifting mechanism is dustproof and cover the hard cup part of (cover).
Preferably lifting mechanism possesses: extend setting, can center on the screwed part that axle is supported rotatably along the lifting direction; Extend abreast the lifting guide member of setting with screwed part; Be used for the drive source of rotary actuation screwed part; And guided and the slide mass of lifting by the lifting guide member by the rotation of screwed part.
Preferably above-mentioned cover also has the upper cover on the top that covers above-mentioned lifting mechanism, and an above-mentioned end of above-mentioned extensible member is that the lower end is passed through the ring-type connecting member and is connected with above-mentioned cup part, and the upper end is connected with above-mentioned upper cover.
Preferably above-mentioned lifting mechanism has the bracket component of the above-mentioned movable restriction cylinder of supporting, and above-mentioned slide mass is fixed on the inner face of above-mentioned connecting member, and above-mentioned bracket component is fixed on the outside of above-mentioned connecting member.
The unwinding yarn auxiliary device of automatic bobbin winder of the present utility model is used for making the dustproof cover of lifting mechanism to possess the lifting of following movable restriction cylinder and the extensible member that stretches along the vertical direction as said structure.By this extensible member is set, can make willow catkins flying in the air lifting mechanism be remained on fully dustproof state non-cohesively, also can realize as prior art, making by the lifting of bracket component the structure of movable restriction cylinder lifting.And wind2 of the present utility model possesses above-mentioned unwinding yarn auxiliary device.
Thus, can as in the past, not be attached on the lifting mechanism by willow catkins flying in the air, not need the maintenance to willow catkins flying in the air of lifting mechanism.And freely select the configuration ground design unwinding yarn auxiliary device of lifting mechanism by the impact that preventing dust fully of lifting mechanism can be taken notice of willow catkins flying in the air.
Description of drawings
Fig. 1 is the integrally-built front view of expression automatic bobbin winder;
Fig. 2 is the summary side elevation of the structure of expression wind2;
Fig. 3 is a part of sectional side view of unwinding yarn auxiliary device of the present utility model;
Fig. 4 is a part of sectional side view of unwinding auxiliary unit, and Fig. 4 (A) is the figure after movable cylinder descends, and Fig. 4 (B) is the figure after movable cylinder rises;
Fig. 5 is the front view of unwinding yarn auxiliary device of the present utility model;
Fig. 6 is a part of cutaway top view of unwinding yarn auxiliary device of the present utility model;
Fig. 7 is a part of sectional side view of other examples of unwinding auxiliary unit, and Fig. 7 (A) is the figure after movable cylinder descends, and Fig. 7 (B) is the figure after movable cylinder rises;
Fig. 8 is the lateral plan of the unwinding yarn auxiliary device of expression prior art.
The specific embodiment
The following describes the unwinding yarn auxiliary device (following only claim " unwinding yarn auxiliary device ") of automatic bobbin winder of the present utility model.
Automatic bobbin winder possesses a plurality of wind2s 2 that are configured to the alignment array shape as shown in Figure 1.Automatic bobbin winder possess with bobbin B offer each wind2 2 bobbin supply apparatus 6, carry out the doffer 7 of doffing operation etc.And automatic bobbin winder possesses the board control setup 8 of control each wind2 2, bobbin supply apparatus 6 and doffer 7 etc.
On the wind2 2 as shown in Figure 2 from below set gradually upward unwinding yarn auxiliary device 1, tensioner 22, piecing devices 23, yarn clearer (slub catcher) 24.And wind2 2 possesses this Language of network strand drum (Ri: Aya that the yarns Y of making traverses り De ラ system that shakes in certain scope) 25, the directing plate 26 of the regional adjacent setting of traversing with network strand drum 25 and the reel cage 27 that package P is supported in rotation freely.
Unwinding yarn auxiliary device 1 is installed on the framework 21 of wind2 2 with installing component 20 as shown in Figure 3, setting be fixed on bobbin B on the conveyance pallet 61 above the unwinding of auxiliary bobbin B.Unwinding yarn auxiliary device 1 possesses the unwinding auxiliary unit U that is made of following stationary magazine creel (fixed constraints cylinder) 11 and movable cylinder (movable restriction cylinder) 13 grades, control the size of the air ring that is formed by the yarns Y from bobbin B unwinding with this unwinding auxiliary unit U, suitable tension force is paid yarns Y.Use the parts of drum as each restriction cylinder, but also can use the cylinder-like part that is formed with the slit of inserting for yarn.
Unwinding auxiliary unit U possesses the stationary magazine creel 11 that is supported by the 1st support 10 and the movable cylinder 13 that is supported by the 2nd support (bracket component) 12.Stationary magazine creel 11 limits the air ring diffusion under stationary state, movable cylinder 13 is being followed yarns Y and moved from the unwinding of bobbin B, the diffusion of restriction air ring, the unwinding of auxiliary yarns Y.
Opposed supporting arm 16 is fixed on the movable cylinder 13, is used for detecting the sensor 17 of chasing (chase) section 60 of bobbin B in the opposed faces configuration of supporting arm 16.Sensor 17 detects the height of chasing section 60 for possessing the optical pickocff of light accepting part and light-projecting portion.
And unwinding auxiliary unit U possesses to make the lifting mechanism 3 of movable cylinder 13 liftings shown in Fig. 4 A.Lifting mechanism 3 whole besieged mechanisms (cover) 4 surround fully, prevent dust so that the willow catkins flying in the air that produce during non-cohesive yarns Y unwinding.Lifting mechanism 3 possesses along the vertical direction and to extend the screwed part 30 that arranges, extends abreast the lifting guide member 31 that arranges and the slide mass 32 that is guided by lifting guide member 31 with screwed part 30.
Screwed part 30 and lifting guide member 31 are bearing on the upper support parts 33 in upper end side, are bearing on the lower support parts 34 in lower end side.Screwed part 30 inserts the bearing 35 that is arranged at upper support parts 33 and lower support parts 34, can be supported rotatably around axle.Because the nut part 36 of the rotation lifting of screwed part 30 screws togather with screwed part 30.This nut part 36 is fixed on the slide mass 32.In addition, upper support parts 33 are fixed in and surround mechanism 4, and lower support parts 34 are not fixed in and surround mechanism 4.
Surround mechanism's (cover) 4 for being used for surrounding the mechanism of lifting mechanism 3 integral body, so that the willow catkins flying in the air that produce during the yarns Y unwinding are non-cohesive on lifting mechanism 3.Surrounding mechanism 4 possesses for dustproof and cover the upper caps 40 of electrical motor M etc.Be fixed with upper support parts 33 in upper cover 40, and be fixed with the 1st support 10 of supporting stationary magazine creel 11 in its outside.
To surround mechanism 4 and to possess this Language of bellows (Ri as extensible member that covers screwed part 30, lifting guide member 31, slide mass 32 etc. in order preventing dust: the snake abdomen) cup part 42 of parts 41 and non-retractility.Bellows parts 41 are drum and capable of expansion and contraction.Bellows parts 41 are set to, make its flexible direction be the above-below direction direction of lifting (movable cylinder) and cover screwed part 30 and lifting guide member 31 around.The upper end of bellows parts 41 is connected with upper cover 40, and the lower end is connected with cup part 42 via the connecting member 43 of ring-type.
The cup part 42 that is arranged on bellows parts 41 lower ends is made of hard materials such as resin, metal, is non-retractility.Remaining silent in upper end open, the lower end of cup part 42, is installed on the connecting member 43, cover screwed part 30, lifting guide member 31 etc. from downside.Like this, surround mechanism 4 and surround lifting mechanism 3 integral body fully, make the dust such as willow catkins flying in the air not enter inside.
And, be fixed with slide mass 32 at the inner face of ring-type connecting member 43, be fixed with the 2nd support 12 of the movable cylinder 13 of supporting on outside.Therefore, when making slide mass 32 lifting by electrical motor M, because connecting member 43, the 2nd support 12 and cup part 42 become one and lifting therefore movable cylinder 13 liftings.
Like this, upper end side not lifting because being fixed in upper cover 40 of bellows parts 41 during movable cylinder 13 lifting, but the lifting because being installed on connecting member 43 of the lower end side of bellows parts 41, so bellows parts 41 are followed the lifting of movable cylinder 13 and flexible along the lifting direction.If bellows parts 41 movable cylinders 13 descend then elongation (Fig. 4 A), if movable cylinder 13 rises then shortens (Fig. 4 B).Like this, flexible accordingly by the lifting that makes bellows parts 41 and movable cylinder 13, even make 13 liftings of movable cylinder, also can not form willow catkins flying in the air in encirclement mechanism 4 and enter inner gap.
Make as described above the bellows parts 41(extensible member that covers lifting mechanism 3) flexible along the vertical direction, and the 2nd support 12 that will support movable cylinder 13 be fixed on the outside that surrounds mechanism 4, with the place (outside of connecting member 43) of slide mass 32 1 liftings, and make 13 liftings of movable cylinder.Utilize this structure, lifting mechanism 3 is remained on fully dustproof state, and lifting mechanism 3 can make 13 liftings of movable cylinder via the 2nd support 12.Therefore, the willow catkins flying in the air that produce during the yarns Y unwinding can not be attached on the lifting mechanism 3, though as the present embodiment, make lifting mechanism 3 hang down into bobbin B near, do not worry that lifting mechanism 3 is bad because willow catkins flying in the air move yet.And the maintenance to willow catkins flying in the air that in the past was necessary the lifting mechanism 3 that regularly carries out becomes and does not need fully.
In addition, as the present embodiment, will surround mechanism 4 be configured in bobbin B near the situation of structure under, the yarns Y with bobbin B involves of sometimes discharging contacts with the lower side of encirclement mechanism 4, and the part that may consider thus to surround mechanism 4 is split and damaged protection against dust.But in the situation that the present embodiment is owing to consisting of the following side that surrounds mechanisms 4 with the cup part 42 of non-retractility, hard, though therefore for example the yarns Y contact can not split yet, can not damage because of the contact of yarns Y the protection against dust of encirclement mechanism 4.
And as can understanding from Fig. 4 A, B, cup part 42 also descends when movable cylinder 13 descends, so surrounds mechanism 4 and reduce gradually from the height H of basal surface 62.Therefore, when descending making movable cylinder 13 follow the unwinding of yarns Y, be necessary to be careful cup part 42 and do not contact with basal surface 62.
Unwinding auxiliary unit U is made of above-mentioned stationary magazine creel 11, movable cylinder 13, lifting mechanism 3 and encirclement mechanism 4, and these parts are integrated by the connection of the 1st support 10 and the 2nd support 12 grades.
Unwinding yarn auxiliary device 1 possesses housing 18 as shown in Figure 5, and the control part 19 that is used for controlling above-mentioned unwinding auxiliary unit U is taken in and this housing 18.Housing 18 is fixed in the framework 21 of wind2 2.Control part 19 comprises drive circuit board, power supply of driving motor M etc.Housing 18 covers as shown in Figure 6 18a and is installed in the back side, control part 19 can be received into housing 18 by taking off this lid 18a.
And, in the side of housing 18 and the side of upper cover 40 rubber bush (bush) 38 is set respectively, will be connected with electrical motor M from the distribution 39 of control part 19 by these rubber bushs 38.Thus, control part 19 and electrical motor M are electrically connected.And, although not shown, also be connected with sensor 17 from the distribution 39 of control part 19.
Assist yarns Y from the unwinding of bobbin B by the unwinding yarn auxiliary device 1 that is consisted of by said structure.Follow yarns Y from the unwinding of bobbin B, the height of the chasing section 60 of bobbin B descends gradually.If sensor 17 detects the decline of this chasing section 60, then this detection signal is exported to control part 19.Then, the control part 19 that has received this detection signal drives the electrical motor M of the lifting mechanism 3 that is surrounded by above-mentioned encirclement mechanism 4, make slide mass 32 drop to assigned position, make movable cylinder 13 follow the height change of chasing section 60 and drop to new operating position.Movably the decline of the height change of following chasing section 60 of cylinder 13 is carried out repeatedly, until the yarns Y that is wound up on the bobbin B becomes about 1/3.
The height of unwinding auxiliary unit U integral body adapts with the up and down size of bobbin B and sets.Therefore, if the up and down change in size of the bobbin B that uses then needs the height of unwinding auxiliary unit U is carried out change and adjustment.Therefore, unwinding yarn auxiliary device 1 possesses to regulate unwinding auxiliary unit U as shown in Figure 5 with respect to the height regulating mechanism 5 of the height of bobbin B.
Height regulating mechanism 5 possesses the axle 50 as guide member, the hold assembly 51 that can control and remove axle 50 that guides along the vertical direction unwinding auxiliary unit U, the control lever of controlling and removing 52 that is used for operating hold assembly 51.The top and bottom of axle 50 are fixed to from the side of housing 18 along horizontally extending up and down a pair of protrusion 53.
The back of hold assembly 51 is installed in unwinding auxiliary unit U.Unwinding auxiliary unit U is in sagging state by axle 50 and hold assembly 51 supportings above bobbin B.Hold assembly 51 can move along axle 50 when not controlling axle 50.Because unwinding auxiliary unit U and hold assembly 51 mobile with becoming one, so unwinding auxiliary unit U is guided along axle 50 towards above-below direction.
In addition, the loading and unloading parts (not shown) that unwinding auxiliary unit U and hold assembly 51 usefulness bolts etc. can load and unload are installed.Therefore, the operator only just can once take off sagging unwinding auxiliary unit U integral body by taking off these loading and unloading parts, and the maintenance of unwinding auxiliary unit U is easy.
The control lever 52 that is installed on the hold assembly 51 constitutes: make hold assembly 51 control axle 50 by rotating along a direction, by removing controlling of 51 pairs of axles 50 of hold assembly along counter-rotation.If the operation by control lever 52 makes hold assembly 51 control axle 50, then gripping power is had an effect, and hold assembly 51 is fixed in axle 50, so unwinding auxiliary unit U is positioned fixing.
When the change of the up and down size of following bobbin B, when adjusting unwinding auxiliary unit U with respect to the height of bobbin B, the operator is operating operation bar 52 at first, removes controlling of 51 pairs of axles 50 of hold assembly.Then, make unwinding auxiliary unit U move to the height of the hope that the up and down size with bobbin B matches along axle 50.Then, operating operation bar 52 makes hold assembly 51 control axle 50 again, unwinding auxiliary unit U location is fixed on the height of hope.
Like this, the operator only carries out the operation of controlling and removing of hold assembly 51 by the control lever 52 that is positioned at unwinding yarn auxiliary device 1 front, just can adjust unwinding auxiliary unit U with respect to the height of bobbin B.That is, not serviceable tool, by manual working, easily carry out unwinding auxiliary unit U with respect to the height adjustment of bobbin B.
In addition, on axle 50, also can be provided for the mark (not shown) of unwinding auxiliary unit U location.Be labeled as and for example on axle 50, separate along the vertical direction the additional scale of predetermined distance.Scale only otherwise controlling of axle 50 brought impact for hold assembly 51 can be additional by directly being engraved on the axle 50.By such mark is arranged on the axle 50, the operator can more easily carry out the height adjustment of unwinding auxiliary unit U.
The present embodiment is owing to consisting of the guide member that guides along the vertical direction hold assembly 51 with axle 50, and therefore only by said structure, hold assembly 51 is around axle 50 rotations.If hold assembly 51 is around axle 50 rotations, then unwinding auxiliary unit U rotates centered by axle 50.When carrying out the height adjustment of unwinding auxiliary unit U, even unwinding auxiliary unit U is positioned on the height of hope, if unwinding auxiliary unit U is a little rotation centered by axle 50, the central axis of stationary magazine creel 11 and movable cylinder 13 is also from the center axis deviation of bobbin B.
Therefore height regulating mechanism 5 possesses to limit the rotation restricting unit 54 of the rotation of unwinding auxiliary unit U centered by axle 50.Rotation restricting unit 54 extends setting abreast with axle 50, is fixed in the side of housing 18.And as shown in Figure 5 and Figure 6, rotation restricting unit 54 engages with the recess 55 that forms along the vertical direction on hold assembly 51, and hold assembly 51 is rotated limiting part 54 guiding and along the vertical direction slippage.
And because by this engaging, hold assembly 51 becomes can not be around axle 50 rotations, the rotation of as a result unwinding auxiliary unit U centered by axle 50 is limited.The central axis that thus, can the keep bobbin B state consistent with the central axis of stationary magazine creel 11 and movable cylinder 13, make unwinding auxiliary unit U move to height and the location of hope.
And, rotation restricting unit 54 as shown in Figure 5 its up and down size form shortly than the up and down size of axle 50, be fixed on the side of housing 18, to be located in the altitude range with respect to the regulation of axle 50.Therefore, if make hold assembly 51 along axle 50 upward or the below move and leave the altitude range of rotation restricting unit 54, then the releasing that engages of depressed part 55 and rotation restricting unit 54 can be taken off hold assembly 51 from rotation restricting unit 54.That is, the operator can remove the restriction of the rotation centered by axle 50 of unwinding auxiliary unit U.
If the operator removes the rotation of unwinding auxiliary unit U and limits, unwinding auxiliary unit U is rotated, then owing to the encirclement mechanism 4 that is positioned at housing 18 rears moves, therefore guarantee working space at the rear of housing 18 centered by axle 50.Thus, the operator can take off the lid 18a at housing 18 back sides, can carry out maintenance and the taking-up of the control part 19 in the housing 18.That is, rotation required when utilizing the said structure operator can remove wittingly the height adjustment that carries out unwinding auxiliary unit U limits, and can guarantee for the working space of safeguarding.
Unwinding yarn auxiliary device 1 of the present utility model is not limited to above-described embodiment.The Cylinder feeder mechanism 3 of automatic bobbin winder is the pellet type feedway in above-described embodiment, but also can adopt bobbin magazine formula feedway.And, although be provided with to locate the scale of unwinding auxiliary unit U at axle 50, in the time of also can being arranged on the operators such as the front of rotation restricting unit 54, housing 18 or side and adjusting height on the visual easy position.
For dustproof extensible member as covering lifting mechanism 3 has adopted bellows parts 41, but be not limited to this.Extensible member also can be other structure so long as can protect lifting mechanism 3 to make the dust isolation such as itself and willow catkins flying in the air, can follow the flexible along the vertical direction parts of lifting of movable cylinder.For example, extensible member also can be nested successively by the size of diameter by the cylindrical shell that a plurality of diameters are different, thus the continuous cylindrical shell that can consist of along the vertical direction with extending.
In Fig. 4, represent to possess the encirclement mechanism 4 that bellows parts 41 and cup part 42 are arranged, but be not limited to this.Structure shown in Figure 7 is for example arranged.Make among Fig. 7 that the upside of connecting member 43 is the same with Fig. 4 to be consisted of with the 1st bellows parts 41a, the 2nd bellows parts 41b rather than cup part 42 that the downside of connecting member 43 is remained silent with the lower end consist of.The upper end of the 2nd bellows parts 41b is installed on the connecting member 43.Be fixed wtih the lower support parts 34 of screwed part 30 and supporting guide member 31 in the lower end of the 2nd bellows parts 41b.Other structure is identical with Fig. 4.
According to this structure, the movable cylinder of lifting is 13 o'clock using electrical motor M lifting slide mass 32, the upper end lifting of the 2nd bellows parts 41b, but lower end not lifting because being fixed in lower support parts 34 of the 2nd bellows parts 41b.Therefore, follow the lifting of movable cylinder 13, the 1st bellows parts 41a not only, the 2nd bellows parts 41b is also flexible along the vertical direction.If movable cylinder 13 descends, then the 1st bellows parts 41a elongation, the 2nd bellows parts 41b shortens (Fig. 7 A).If movable cylinder 13 rises, then the 1st bellows parts 41a shortens, and the 2nd bellows parts 41b extends (Fig. 7 B).Can not enter inner such gap at encirclement mechanism 4 formation willow catkins flying in the air even the movable cylinder 13 of this structure rises yet, keep protection against dust.
As can understanding from Fig. 7 A, B, according to this structure, even 13 liftings of movable cylinder, the position of the lower end of the 2nd bellows parts 41b is also constant, therefore surrounds mechanism 4 and does not change from the height H of basal surface 62.Therefore, different from the embodiment of Fig. 4, make lifting mechanism 3 sagging in, not should be noted that from the height H of basal surface 62.But, different from the embodiment of Fig. 4, because consisting of the 2nd bellows parts 41b of the bottom that surrounds mechanism 4 is the parts with retractility, therefore the situation of splitting because of the yarns Y contact is arranged, owing to existing willow catkins flying in the air etc. to enter the worry of damaging protection against dust from the part of splitting, so this point has necessity of being careful.
Claims (6)
1. the unwinding yarn auxiliary device of an automatic bobbin winder is characterized in that possessing:
Movable restriction cylinder is being followed from the unwinding of the yarn of bobbin and move, assists the unwinding of yarn;
Lifting mechanism makes the lifting of above-mentioned movable restriction cylinder; And
Cover is used for above-mentioned lifting mechanism is prevented dust;
Above-mentioned cover possesses the lifting of following above-mentioned movable restriction cylinder and along the flexible extensible member of lifting direction.
2. the unwinding yarn auxiliary device of automatic bobbin winder as claimed in claim 1 is characterized in that,
Above-mentioned cover also possesses the cup part of hard, and the cup part of this hard is arranged at an end of the flexible direction of above-mentioned extensible member, in order to prevent dust above-mentioned lifting mechanism is covered.
3. the unwinding yarn auxiliary device of automatic bobbin winder as claimed in claim 2 is characterized in that,
Above-mentioned lifting mechanism possesses:
Screwed part extends setting, can be supported rotatably around axle along the lifting direction;
The lifting guide member extends setting abreast with above-mentioned screwed part;
Drive source is used for the above-mentioned screwed part of rotary actuation; And
Slide mass is carried out lifting by the rotation of above-mentioned screwed part by above-mentioned lifting guide member guiding.
4. unwinding yarn auxiliary device as claimed in claim 3 is characterized in that,
Above-mentioned cover also has the upper cover on the top that covers above-mentioned lifting mechanism,
The lower end of the above-mentioned end of the conduct of above-mentioned extensible member is connected with above-mentioned cup part via the ring-type connecting member, and the upper end is connected with above-mentioned upper cover.
5. unwinding yarn auxiliary device as claimed in claim 3 is characterized in that,
Above-mentioned lifting mechanism has the bracket component of the above-mentioned movable restriction cylinder of supporting,
Above-mentioned slide mass is fixed in the inner face of above-mentioned connecting member,
Above-mentioned bracket component is fixed in the outside of above-mentioned connecting member.
6. a wind2 is characterized in that,
Possesses each the described unwinding yarn auxiliary device in the claim 1～5.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011206027A JP2013067460A (en) | 2011-09-21 | 2011-09-21 | Yarn unwinding auxiliary device of automatic winder |
| JP206027/2011 | 2011-09-21 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202754629U true CN202754629U (en) | 2013-02-27 |
Family
ID=47733824
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201220415879.2U Expired - Lifetime CN202754629U (en) | 2011-09-21 | 2012-08-21 | Automatic spooler yarn backing-off auxiliary device and winding device with the same |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2013067460A (en) |
| CN (1) | CN202754629U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103287915A (en) * | 2013-06-18 | 2013-09-11 | 海宁市盛祥线业有限公司 | Bobbin shunt-wound machine |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102016115256A1 (en) * | 2016-08-17 | 2018-02-22 | Saurer Germany Gmbh & Co. Kg | Workplace of a cheese-producing textile machine |
| CN107245781A (en) * | 2017-07-21 | 2017-10-13 | 宁夏如意科技时尚产业有限公司 | A kind of doubling frame |
| CN112408107B (en) * | 2020-11-06 | 2022-04-15 | 浙江裕欣纺织有限公司 | Bobbin winder for yarn production |
-
2011
- 2011-09-21 JP JP2011206027A patent/JP2013067460A/en not_active Withdrawn
-
2012
- 2012-08-21 CN CN201220415879.2U patent/CN202754629U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103287915A (en) * | 2013-06-18 | 2013-09-11 | 海宁市盛祥线业有限公司 | Bobbin shunt-wound machine |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2013067460A (en) | 2013-04-18 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JP6590886B2 (en) | Carpet yarn twisting machine | |
| CN202754629U (en) | Automatic spooler yarn backing-off auxiliary device and winding device with the same | |
| US4673138A (en) | Apparatus for preventing scatter of fly in winder | |
| CN102574656B (en) | Yarn winder | |
| CN103003176B (en) | Bobbin winding device | |
| CN101654200B (en) | Textile machine | |
| CN101759062B (en) | Yarn winding device and automatic winder | |
| CN111996627A (en) | Automatic yarn feeding system for twisting machine | |
| US3945580A (en) | Wire-winding machine | |
| CN213357850U (en) | Automatic yarn feeding device | |
| CN111891836A (en) | Tray type bobbin winder and winding production method | |
| CN107829173A (en) | Ring spinner and the Yarn spinning method using ring spinner | |
| KR101822440B1 (en) | Wire feeder and spring manufacturing prosess using the same | |
| ITMI20060272A1 (en) | COILING POINT OF A TEXTILE MACHINE FOR THE PRODUCTION OF CROSSED REELS | |
| CN108382928B (en) | Automatic tube arranging machine | |
| US3717311A (en) | Apparatus for packaging linear material | |
| US2603938A (en) | Balloon controlling device | |
| CN1076408C (en) | Centrifugal spinning apparatus | |
| EP2093179B1 (en) | Device to adapt a winder to the length of the bobbins to be processed | |
| CN105540336A (en) | Tension applying component, yarn storage device and yarn rolling apparatus | |
| ITMI951885A1 (en) | TEXTILE MACHINE FOR THE PRODUCTION OF CROSSED COILS | |
| CN112424100B (en) | Yarn winding machine | |
| CN103010834A (en) | Yarn unwinding assisting device for automatic winder | |
| ITMI960509A1 (en) | DEVICE FOR DETACHING THE END OF THE THREAD FROM THE SURFACE OF A SPOOL | |
| CN100400400C (en) | Winding spindle for producing cross wound package textile machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130227 |
|
| CX01 | Expiry of patent term |