CN103556314B - Bobbin cradle - Google Patents
Bobbin cradle Download PDFInfo
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- CN103556314B CN103556314B CN201310506677.8A CN201310506677A CN103556314B CN 103556314 B CN103556314 B CN 103556314B CN 201310506677 A CN201310506677 A CN 201310506677A CN 103556314 B CN103556314 B CN 103556314B
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Abstract
The invention discloses the bobbin cradle on a kind of spinning machine, comprise the locating shaft of clamp assemblies, clutch component, dampening assembly and bobbin cradle; In clamp assemblies, the middle part of revolving bed is vertically provided with sector flat plate, on the plate face on fan edge, have one section of hook tooth; On sector flat plate, the piston rod end of Angle Position and a double-acting cylinder is hinged; Clutch component comprises lever, connecting rod, electromagnetic clutch, and lever is tabular, and plate face is vertical, and fulcrum is positioned on locating shaft, and connecting rod is hinged with lever and be connected with electromagnetic clutch, and face is provided with ratchet to lever plate, and ratchet coordinates with hook tooth; The damping block of dampening assembly is adjacent on the fan-shaped end face of revolving bed.Good damping effect of the present invention, the pressure that connects of cylinder yarn is stablized, executing agency can not cause damage clutch component simple structure to yarn, action response speed is fast, electromagnetic clutch and double-acting cylinder are all controlled by the signal of telecommunication, easy to operate, quick, automaticity is high, can meet the spinning of high speed, accurate cylinder yarn.
Description
Technical field
The invention belongs to spinning machinery field, be specifically related to a kind of bobbin cradle of reliable gripping cylinder yarn in cone yarn forming process.
Background technology
Bobbin cradle is the critical component determining cone yarn forming quality in spinning machine and bobbin winder, its major function is: 1. yarn cylinder keeps the contact of yarn cylinder and Wound-up roller to the coiling and molding process of large cylinder from little cylinder, namely pressure is connect constant, 2. reduce the vibrations of cylinder yarn, 3. after Yarn break, make a yarn depart from Wound-up roller and be parked in the position determined, after Yarn connecting completes, cylinder yarn can contact with Wound-up roller rapidly.
Conventional cartridge subrack mainly comprises clamp assemblies, connects pressure assembly, dampening assembly, clutch component.Wherein: clamp assemblies mainly comprises revolving bed, arm seat, left arm and right arm, its effect clamps a yarn, connect that pressure assembly mainly comprises the fixed support be fixedly mounted on spinning machine, two ends are connected to spring core on fixed support and clamp assemblies, and the contact pressure spring be sleeved on spring core, cylinder yarn from little cylinder to the winding process of large cylinder, contact pressure spring acts on clamp assemblies, makes a yarn press on Wound-up roller, dampening assembly mainly comprises the arcuate friction sheet be arranged on fixed support, be arranged on spring friction block in clamp assemblies on revolving bed, spring friction block presses on arcuate friction sheet, utilizes the frictional force absorbing barrel yarn of spring friction block and arcuate friction sheet to shake in winding process, clutch component mainly comprises cam, shift fork electromagnetic clutch, shift fork, support, yarn-pushing plate, block, adhesive cap, block electromagnetic clutch, bearing, pull bar, cam is fixedly set on spinning machine cam shaft, shift fork electromagnetic clutch to be fixedly mounted on spinning machine frame and movable set on cam shaft, the openend of shift fork is enclosed within cam shaft, the other end of shift fork is hinged on yarn-pushing plate, support, on the channel-section steel that bearing is fixed tightly in frame respectively and square steel, yarn-pushing plate is flexibly connected with support by pin, the activity of pull bar one end is contained on yarn-pushing plate, the pull bar other end is coordinated with block by the gathering sill of bearing, block is flexibly connected with bearing by pin, adhesive cap is flexibly connected with block, in the pedestal mounted installing hole of block electromagnetic clutch.When broken yarn or shutdown, shift fork electromagnetic clutch is energized, shift fork is drawn close to shift fork electromagnetic clutch under the effect of electromagnetic force, when being in cam between the two and going to low spot, shift fork and the adhesive of shift fork electromagnetic clutch, now shift fork and cam are in same axial location on cam shaft, along with cam is rotated to height point by low spot, shift fork is boosted by cam gradually, the yarn-pushing plate hinged with shift fork and on pull bar on move, the cylinder yarn that yarn-pushing plate promotes on clamp assemblies departs from Wound-up roller gradually, block lose pull bar spacing after under the effect of self gravitation and block electromagnetic clutch, make adhesive cap and the adhesive of block electromagnetic clutch, pressure handle drops on the draw-in groove of block under the promotion of stage clip, when cam goes to peak, pull bar can the indentation, there of block be subject to spacing fall steady, the power-off of shift fork electromagnetic clutch, shift fork departs from cam, yarn-pushing plate promotes cylinder yarn and comes to a complete stop, thus make a yarn depart from Wound-up roller, and keep certain distance, when recovering spinning, the power-off of block electromagnetic clutch quits work, and block rotates along pin under pull bar and thread board and the common effect of cylinder yarn, pull bar moves down along the gathering sill of bearing, now thread board and then falls, and cylinder yarn is also corresponding to be dropped on the Wound-up roller of rotation, completes tactile depressing action.
Defect existing for the bobbin cradle of above-mentioned structure is: 1. the pressure connecing contact pressure spring in pressure assembly changes with the size of yarn cylinder, and easily there is fatigue failure in spring, cause connecing pressure non-constant, therefore, this cylinder yarn of pressing assembly to be only applicable to General Requirements that connects reels, the precise winding of middle and high yarn cannot be met, and connect pressure adjustment cannot realize automation.2. in dampening assembly, the damping damped coefficient of spring friction block is little, and absorbing high-frequency vibrating effect is poor, and therefore, this dampening assembly only can meet the requirement of low-speed rolling around (less than 120 ms/min) damping.3. clutch component complex structure, the response speed of cylinder yarn tactile depressing action is slow, can not meet the requirement of high-end yarn precise winding, and when cylinder yarn departs from Wound-up roller, the cylinder yarn of the direct contact movement of yarn-pushing plate, very easily causes damage to yarn.
Summary of the invention
The object of the invention is to overcome above-mentioned defect of the prior art, propose a kind ofly to ensure connecing that pressure is stable, good damping effect, cylinder yarn depart from and it is reliable to press, fast response time, meeting at a high speed and the bobbin cradle of accurate cylinder yarn winding of cylinder yarn in cylinder yarn coiling and molding process.
The technical scheme realizing above-mentioned purpose is: a kind of bobbin cradle, comprises the locating shaft of clamp assemblies, clutch component, dampening assembly and bobbin cradle; Described clamp assemblies comprises revolving bed and arm seat, and revolving bed is cylindrical tube shape, in the middle part of cylindrical drum, be vertically provided with sector flat plate, on the side plate face on fan edge, be set with one section of hook tooth; Described locating shaft is positioned at the hole of described revolving bed, and arm seat is fixedly mounted on revolving bed; On the bead of sector flat plate, the piston rod end of Angle Position and a double-acting cylinder is hinged, and the tail end of cylinder body is hinged on a fixing cylinder mount frame; Described clutch component comprises lever, connecting rod, electromagnetic clutch, clutch-plate, lever is tabular, plate face is vertical, the upper middle part in lever plate face and balance pivot are positioned on locating shaft, the upper end of connecting rod and the front end of lever hinged, lower end is connected with fixing electromagnetic clutch, the lower medium position in lever plate face is fixed with a bearing pin, this bearing pin is provided with ratchet and an extension spring of a band torsion spring, ratchet coordinates with hook tooth, the other end of extension spring is articulated on fixed bar, and there is a fixing push rod at the rear of ratchet; Described dampening assembly comprises flexure strip and damping block, and one end of flexure strip is fixed on the spinning machine crossbeam adjacent with revolving bed, and damping block to be fixed on flexure strip and to be adjacent on the fan-shaped end face of revolving bed.
Described double-acting cylinder primarily of pressing down cylinder body, press down piston, promote cylinder body, jigger lifting piston, piston rod composition, two cylinder bodies each other upper-lower position and coaxial line are fixedly connected with, respectively there is independently closed cavity, two pistons are connected with common piston rod, promote cylinder body and be provided with valve, press down cylinder body and be provided with lower valve, the keying of upper and lower two valves is controlled by an automatic controller, two pistons can be distinguished piston rod and move forward or backwards, promote revolving bed to rotate around locating shaft, and then realize cylinder yarn and contact with Wound-up roller or depart from.
Further, be provided with one between described cylinder mount frame and revolving bed and compensate extension spring.
Further, described connecting rod be provided with a stop nut bottom.
In normal spinning process, electromagnetic clutch and clutch-plate are in attracting state, lever front end is in pressed status, push rod item makes itself and hook tooth be in released state after ratchet, press down in cylinder body and continue to pass into compressed air, piston rod pulls clamp assemblies that a yarn is pressed on the Wound-up roller of spinning machine.Compressed-air actuated air pressure is constant, and the gases at high pressure in cylinder have high damping coefficient, the high-frequency vibration of cylinder yarn when can absorb high-speed spinning, simultaneously, the low-frequency vibration of cylinder yarn in damping block Absorbable rod spinning process, therefore, the pressure that connects of cylinder yarn is also constant.When cylinder yarn rotating speed is too fast, when there is yarn tension lasting overlong time bigger than normal, upper valve can be opened automatically, compressed air is passed in lifting cylinder body, jigger lifting piston promotes piston rod and rises, piston rod promotes clamp assemblies and rotates to opposite direction during normal spinning, a yarn is made to depart from the Wound-up roller of high speed rotating, cylinder yarn rotating speed decreases, yarn tension also reduces thereupon, when tension force recovers normal, upper valve can be closed automatically, promote cylinder body internal gas pressure to decline, piston rod is made to recover to press down, cylinder yarn presses thereupon and continue normal winding on the Wound-up roller of spinning machine.The each stroke upwards of piston rod is certain, and therefore cylinder yarn leaves the distance of Wound-up roller at every turn is also certain.By the clutch of double-acting cylinder application cylinder yarn and Wound-up roller, eliminate yarn tension excessive cause cone yarn forming difference even yarn break the phenomenon causing spinning to be interrupted, spinning and winding efficiency can be increased substantially, and ensure that cone yarn forming is good.
When spinning is interrupted, electromagnetic clutch is controlled throws off with clutch-plate, the front end of lever is lifted, ratchet departs from push rod and is engaged with hook tooth under the effect of torsion spring, clutch component locking clamp assemblies, now, extension spring pulls clamp assemblies to rotate, a yarn is made to depart from Wound-up roller, to complete the joint work of yarn.After the piecer of yarn completes, electromagnetic clutch is controlled with clutch-plate adhesive, makes bobbin cradle return to normal spinning or reeling condition.This clutch component simple structure, action is quick.
Dampening assembly of the present invention can the low-frequency vibration of absorbing barrel yarn, and double-acting cylinder can the high-frequency vibration of absorbing barrel yarn, and good damping effect, can meet the requirement that the highest winding speed is the damping of 2000 ms/min; Clamp assemblies and Wound-up roller press or disengaging action completes mainly through double-acting cylinder, cylinder yarn to connect pressure stable; Executing agency does not contact a yarn, can not cause damage to yarn; Connecing during cylinder yarn variety variations presses adjustment, only need adjust supply gas pressure, simple, convenient; Clutch component simple structure, action response speed is fast; In the signal break-make of electromagnetic clutch, the setting of the suction-combining force size and double-acting cylinder, compressed-air actuated break-make is all controlled by the signal of telecommunication, and easy to operate, quick, automaticity is high.The present invention can meet at a high speed, the spinning of accurate cylinder yarn.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the rearview of Fig. 1.
Fig. 3 is clamp assemblies structural representation in Fig. 1.
Fig. 4 is clutch component structural representation in Fig. 1.
Fig. 5 is double-acting cylinder structural representation in Fig. 1.
Fig. 6 is the sectional view of Fig. 5.
In figure: 1. Wound-up roller, 2. a yarn, 3. locating shaft, 4. push rod, 5. crossbeam, 6. cylinder mount frame, 7. support, 8. electromagnetic clutch, 9. double-acting cylinder, 10. extension spring fixed bar, 11. extension springs, 12. compensate extension spring, 13. pivot pins, 14. pivot pins, 101. hook tooth, 102. revolving bed, 103. right arm, 104. left arm, 105. arm seat, 201. lever, 202. ratchet, 203. pivot pin, 204. torsion spring, 205. stop nut, 206. clutch-plate, 207. connecting rod, 401. damping holders, 402. adjustment screws, 403. flexure strip, 404. damping block, 901. oscillating bearing, 902. piston rod, 903. promote cylinder body, valve on 904., 905. times valves, 906. press down cylinder body, 907. bearing pin, 908. press down piston, 909. jigger lifting piston, 910. large stage clips, 911. steel ball, 912. small pressure spring, 913. compress gasket, 914. promote tapered sleeve, 915. cylinder stent, 916. cover plate.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the invention will be further described.
As shown in Figures 1 to 5, the present invention includes the locating shaft 3 of clamp assemblies, clutch component, dampening assembly and bobbin cradle.Wherein:
Clamp assemblies comprises revolving bed 102, arm seat 105, and revolving bed 102 is cylindrical tube shape, in the middle part of cylinder, be vertically provided with sector flat plate, on the side plate face on fan edge, be set with one section of hook tooth 101; Locating shaft 3 is positioned at the hole of revolving bed 102; On the bead of sector flat plate, Angle Position is provided with a pivot pin 14, the oscillating bearing 901 of the piston rod end of pivot pin 14 and a double-acting cylinder 9 is hinged, the tail end of double-acting cylinder 9 is hinged on a fixing cylinder mount frame 6 by bearing pin 907, and cylinder mount frame 6 is fixed on the crossbeam 5 of spinning machine.
Clutch component comprises lever 201, connecting rod 207, electromagnetic clutch 8, clutch-plate 206, lever 201 is tabular, plate face is vertical, the upper middle part in lever 201 plate face and the fulcrum of lever 201 are positioned on locating shaft 3, the upper end of connecting rod 207 and the front end of lever 201 hinged, clutch-plate 206 is fixedly mounted on the position, middle and lower part of connecting rod 207, the lower end of connecting rod 207 is connected with the electromagnetic clutch 8 be fixed on spinning machine support 7, the lower medium position in lever 201 plate face is fixed with a bearing pin 203, bearing pin 203 is provided with a ratchet 202 and an extension spring 11, with torsion spring 204 on ratchet 202, ratchet 202 coordinates with hook tooth 101, the other end of extension spring 11 is articulated on fixed bar 10, fixed bar 10 is positioned on spinning machine, the crossbeam 5 of ratchet 202 rear spinning machine is fixed with a push rod 4.When electromagnetic clutch 8 and clutch-plate 206 adhesive, the front end of lever 201 presses down, and ratchet 202 is pushed away hook tooth 101 by push rod 4; When electromagnetic clutch 8 and clutch-plate 206 are thrown off, the front end of lever 201 is upwards lifted, and ratchet 202 is engaged with hook tooth 101 again;
Dampening assembly comprises flexure strip 403 and damping block 404, one end of flexure strip 403 is fixed on damping holder 401, damping holder 401 is fixed on the spinning machine crossbeam 5 adjacent with revolving bed 102, damping block 404 to be fixed on flexure strip 403 and to be adjacent on the fanning strip end face of revolving bed 102, damping holder 401 there is one adjust screw 402, the frictional force size of damping block 404 pairs of revolving bed 102 fanning strip end faces can be adjusted by adjustment screw 402.
In the present embodiment, be provided with one and compensate extension spring 12 between cylinder mount frame 6 and revolving bed 102, the movable end compensating extension spring 12 is articulated on the pivot pin 13 of revolving bed 102 times Angle Position.Compensate the impact causing a yarn 2 and Wound-up roller 1 contact to reduce gradually when extension spring 12 can compensate because of cylinder yarn 2 diameter and conduct oneself with dignity and become large, keep connecing pressure constant.
In the present embodiment, connecting rod 207 be provided with a stop nut 205 bottom.Stop nut 205 can ensure that the displacement that connecting rod 207 lifts at every turn is consistent, and make the rotational angle of lever 201 consistent, therefore cylinder yarn 2 departs from the distance of Wound-up roller 1 after yarn breaks end at every turn is also consistent.
As shown in Figure 5 and Figure 6, double-acting cylinder 9 primarily of pressing down cylinder body 906, press down piston 908, promote cylinder body 903, jigger lifting piston 909, piston rod 902 form, two cylinder bodies each other upper-lower position and coaxial line are fixedly connected with, respectively there is independently closed cavity, two pistons are connected with common piston rod 902, promote cylinder body 903 and be provided with valve 904, press down cylinder body 906 and be provided with lower valve 905.Say in more detail, double-acting cylinder 9 comprise press down cylinder body 906, press down piston 908, piston rod 902, promote cylinder body 903, jigger lifting piston 909, promote tapered sleeve 914, steel ball 911, compress gasket 913, small pressure spring 912, large stage clip 910, cover plate 916, bearing pin 907, oscillating bearing 901.Press down cylinder body 906 upper end open, inner chamber is cylindrical, presses down the tail end that piston 908 is arranged on piston rod 902; The bottom promoting cylinder body 903 is sleeved on the upper end open position pressing down cylinder body 906, and both seal fixing; The inner chamber promoting cylinder body 903 is made up of the circular cylindrical cavity of three different-diameters, three cavitys increase from bottom to up successively, form three grades of step forms, a cylinder stent 915 is provided with at the interior end of this cylinder body, axis and the dead in line promoting cylinder body 903 of cylinder stent 915, it is highly for promoting about 1/2 of cylinder body 903 height, and the inwall of cylinder stent 915 and piston rod form hermetic seal; The end of cylinder stent 915 is along upper and be placed with a circle steel ball 911 around piston rod 902, and steel ball 911 is provided with compress gasket 913, small pressure spring 912 through piston rod 902 above from bottom to top successively; The outer wall of jigger lifting piston 909 is suitable and leave admission space with the inwall promoting cylinder body 903, the inwall of jigger lifting piston 909 is the drum of two joint different-diameters, lower joint is little, upper joint is large, the outer wall hermetic seal of lower joint inwall and cylinder stent 915, larger annular gap is had between upper joint inwall and piston rod 902, the lifting tapered sleeve 914 through piston rod 902 and large stage clip 910 is placed with successively in this annular gap, the conical surface promoting tapered sleeve 914 is corresponding with steel ball 911, and small pressure spring 912 and large stage clip 910 are all compressed by the cover plate 916 promoted on cylinder body 903; Upper valve 904 is arranged on the lower position promoting cylinder body 903, and lower valve 905 is arranged on the upper position pressing down cylinder body 906.
The operation principle of double-acting cylinder 9 is: valve 905 passes into compressed air downwards, and compressed air promotes to press down piston 908, and piston rod 902 is moved downward; Upwards valve 904 passes into compressed air, compressed air acts on the lower surface of jigger lifting piston 909, promote jigger lifting piston 909 and drive tapered sleeve 914 to rise, in the process, steel ball 911 pushed down by little spring 103 from above, tapered sleeve 914 its conical surface in the process risen extrudes steel ball 911 gradually and draws close until hold piston rod 902 tightly to piston rod, and jigger lifting piston 909 continues to rise, then tapered sleeve 914 is held piston rod 902 tightly by steel ball 911 and risen.In the double-acting cylinder course of work, the compressed air air pressure passing into valve 904 is greater than the compressed air air pressure passing into lower valve 905, and both active areas are equal, the power acted on jigger lifting piston 909 is greater than the power acting on and press down on piston 908, and piston rod 902 moves upward.Upwards valve 904 is stopped to pass into compressed air, promote cylinder body 903 internal gas pressure to decline, its power acted on jigger lifting piston 909 reduces, jigger lifting piston 909, lifting tapered sleeve 914 are pressed down reset by large stage clip 910, steel ball 911 leaves piston rod 902, press down on piston 908 because the pressure durations pressed down in cylinder body 906 acts on, piston rod 902 moves downward.
The compressed air air pressure being supplied to double-acting cylinder can unify setting.The time that the size of pressure and cylinder yarn 2 contact Wound-up roller 1 is connect by the air pressure size adjustment of the lower valve 905 of setting input.Equally, the time of Wound-up roller 1 also can be departed from by the air pressure size adjustment cylinder yarn 2 of the upper valve 904 of setting input.
Claims (4)
1. a bobbin cradle, comprise the locating shaft of clamp assemblies, clutch component, dampening assembly and bobbin cradle, it is characterized in that: described clamp assemblies comprises revolving bed and arm seat, revolving bed is cylindrical tube shape, in the middle part of cylindrical drum, be vertically provided with sector flat plate, on the side plate face on fan edge, be set with one section of hook tooth; Described locating shaft is positioned at the hole of described revolving bed, and arm seat is fixedly mounted on revolving bed; On the bead of sector flat plate, the piston rod end of Angle Position and a double-acting cylinder is hinged, and the tail end of cylinder body is hinged on a fixing cylinder mount frame; Described clutch component comprises lever, connecting rod, electromagnetic clutch, clutch-plate, lever is tabular, plate face is vertical, the upper middle part in lever plate face and balance pivot are positioned on locating shaft, the upper end of connecting rod and the front end of lever hinged, lower end is connected with fixing electromagnetic clutch, the lower medium position in lever plate face is fixed with a bearing pin, this bearing pin is provided with ratchet and an extension spring of a band torsion spring, ratchet coordinates with hook tooth, the other end of extension spring is articulated on fixed bar, and there is a fixing push rod at the rear of ratchet; Described dampening assembly comprises flexure strip and damping block, and one end of flexure strip is fixed on the spinning machine crossbeam adjacent with revolving bed, and damping block to be fixed on flexure strip and to be adjacent on the fan-shaped end face of revolving bed.
2. according to bobbin cradle according to claim 1, it is characterized in that: described double-acting cylinder is primarily of pressing down cylinder body, press down piston, promote cylinder body, jigger lifting piston, piston rod forms, two cylinder bodies each other upper-lower position and coaxial line are fixedly connected with, respectively there is independently closed cavity, two pistons are connected with common piston rod, promote cylinder body and be provided with valve, press down cylinder body and be provided with lower valve, on, the keying of lower two valves is controlled by an automatic controller, two pistons can be distinguished piston rod and move forward or backwards, promote revolving bed to rotate around locating shaft, realize cylinder yarn contact with Wound-up roller or depart from.
3. according to bobbin cradle according to claim 1, it is characterized in that: be provided with one between described cylinder mount frame and revolving bed and compensate extension spring.
4., according to bobbin cradle according to claim 1, it is characterized in that: described connecting rod be provided with a stop nut bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310506677.8A CN103556314B (en) | 2013-10-18 | 2013-10-18 | Bobbin cradle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310506677.8A CN103556314B (en) | 2013-10-18 | 2013-10-18 | Bobbin cradle |
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| Publication Number | Publication Date |
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| CN103556314A CN103556314A (en) | 2014-02-05 |
| CN103556314B true CN103556314B (en) | 2015-12-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310506677.8A Active CN103556314B (en) | 2013-10-18 | 2013-10-18 | Bobbin cradle |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106081727A (en) * | 2016-07-26 | 2016-11-09 | 陕西华燕航空仪表有限公司 | Bobbin cradle automatic lifting mechanism |
| CN112080822A (en) * | 2020-10-20 | 2020-12-15 | 陕西华燕航空仪表有限公司 | Splicer pushes out recovery unit |
| CN113682890A (en) * | 2021-08-30 | 2021-11-23 | 福建立华智造科技有限公司 | Single cylinder bobbin cradle lifting device |
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| CN2491427Y (en) * | 2001-05-08 | 2002-05-15 | 岳隆企业有限公司 | Coiling machine |
| EP0878428B1 (en) * | 1997-05-15 | 2004-02-18 | B a r m a g AG | Method for winding a running yarn |
| DE102008052505A1 (en) * | 2008-10-21 | 2010-04-22 | Oerlikon Textile Gmbh & Co. Kg | Winding device for a cross-wound textile machine and method for operating the winding device |
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| CN102586962A (en) * | 2012-01-22 | 2012-07-18 | 经纬纺织机械股份有限公司 | Damping device of rotor spinning machine |
| CN203513857U (en) * | 2013-10-18 | 2014-04-02 | 陕西华燕航空仪表有限公司 | Creel |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| DE10206288A1 (en) * | 2002-02-15 | 2003-08-28 | Schlafhorst & Co W | Textile machine work-station for cross-wound bobbin, has support roller and bobbin swivel arm lifted during break repair |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1086856A (en) * | 1993-07-28 | 1994-05-18 | 许文魁 | Two-for-one winding winder |
| CN2189613Y (en) * | 1994-04-29 | 1995-02-15 | 周逸昌 | Controlling mechanism for the forming of bobbin machine |
| EP0878428B1 (en) * | 1997-05-15 | 2004-02-18 | B a r m a g AG | Method for winding a running yarn |
| CN2491427Y (en) * | 2001-05-08 | 2002-05-15 | 岳隆企业有限公司 | Coiling machine |
| DE102008052505A1 (en) * | 2008-10-21 | 2010-04-22 | Oerlikon Textile Gmbh & Co. Kg | Winding device for a cross-wound textile machine and method for operating the winding device |
| CN202116105U (en) * | 2011-05-06 | 2012-01-18 | 浙江凯成纺织机械有限公司 | Bobbin creel with pressurization slide bar |
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| CN203513857U (en) * | 2013-10-18 | 2014-04-02 | 陕西华燕航空仪表有限公司 | Creel |
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