CN102605521B - Internal warp uniformizing system suitable for fiberglass yarn weaving - Google Patents
Internal warp uniformizing system suitable for fiberglass yarn weaving Download PDFInfo
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- CN102605521B CN102605521B CN201210101603.1A CN201210101603A CN102605521B CN 102605521 B CN102605521 B CN 102605521B CN 201210101603 A CN201210101603 A CN 201210101603A CN 102605521 B CN102605521 B CN 102605521B
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Abstract
An internal warp uniformizing system suitable for fiberglass yarn weaving comprises a lease reed, a warp uniformizing mechanism and an imitation warp beam. The lease reed allows a warp unwound from a creel to pass through. The warp uniformizing mechanism mainly comprises a tension roller, a warp beam pressure roller and a warp one-way limiting roller or an intermediate transitional roller. The imitation warp beam is capable of driving the warp to enter a weaving area to be woven. The warp uniformizing mechanism is fixed on a slanting support plate fixedly connected with a loom wallboard. The warp beam pressure roller is connected with a pressure roller support arm through a rolling bearing. The pressure roller support arm is fixed on the slanting support plate through a bearing. The warp beam pressure roller contently contacts with the imitation warp beam under the action of warp tension and dead weight. The slanting support plate is fixed on a warp beam bracket fixedly connected with the loom wallboard. The internal warp uniformizing system has the advantages that the system is simple in structure and convenient and reliable in use, the contact procedure of fiberglass with mechanical parts can be omitted so as to prevent fiberglass fluffing as far as possible, and the like.
Description
Technical field
What the present invention relates to is even through system in the woven machine of a kind of applicable glass fibre yarn, belongs to fabric manufacture equipment and weaving process technology in field of textile machinery.
Background technology
Figure 1 shows that a kind of structure content of prior art: from the bobbin being placed in creel, move back solution warp thread 1 out through the space by upper limit roller 3,2 restrictions of lower limit roller, enter two leasing roller 4 leasings, warp thread after leasing enters lease reed 5 leasings, then enter formed by transition roller 7, transition roller 8, jockey pulley 9, jockey pulley support arm 6 even through system, warp thread enters warp beam pressure roller 14 through lower transition roller 10,11, then enter false warp beam 15, under the drive of warp beam, send into and weave region and participate in weaving.Upper limit roller 3 and lower limit roller 2 are fixed on even in frame 18 by bearing, under the drive of warp thread respectively around B fulcrum, A fulcrum rotates, two leasing rollers 4, lease reed 5 is fixed on even in frame 18, transition roller 7, 8 by bearing, be fixed on even in frame 18, under warp thread drives respectively around fulcrum C, D rotates, jockey pulley 9 is fixed on tension force support arm 6 by bearing, tension force support arm is fixed on even in frame 18 by bearing, under the effect of warp tension, jockey pulley 9 can rotate around F fulcrum with respect to tension force support arm 6, also can around F fulcrum, rotate with tension force support arm 6, even warp tension.Transition roller 10,11 is fixed on even in frame 18 by bearing, under the drive of warp thread, can around fulcrum G, H, rotate respectively.Foot pedal is fixed on even in frame, and warp beam pressure roller 14 is connected with pressure roller support arm 13 by bearing, and pressure roller support arm 13 is connected with warp beam stand-off 17 by bearing, and under the effect of warp tension, warp beam pressure roller 14 remains with false warp beam 15 and contacts; False warp beam 16 is fixed on warp beam stand-off 17 by bearing, and warp beam stand-off is fixed on the wallboard of loom, even separated with loom through frame.
Although said structure possesses following technological merit: yarn is from creel to false warp beam, and the roller quantity of process is many, moves back solution tension force can obtain larger warp thread, be relatively applicable to warp thread substantially constantly, be not afraid of the cord fabric thread of friction or weaving of other high-strength yarns.But it also exists following defect: mechanism is complicated, and the roller quantity of yarn process is many, and warp thread easily fluffs, and is not suitable for moving back solution through weaving yarns without tension force or small tension receiving coil; Occupation area of equipment is large.
Summary of the invention
The object of the invention is to overcome the deficiency that prior art exists, and provide a kind of simple in structure, easy to use, reliable, reduce the link that contacts of glass and machine components, even through system to prevent as much as possible in the woven machine of applicable glass fibre yarn that glass fluffs.
The object of the invention is to complete by following technical solution, it comprises that one for moving back the solution lease reed that out yarn passes through from creel, the one Yun Jing mechanism mainly being formed by jockey pulley, warp beam pressure roller, the unidirectional limiting roll of warp thread or meta transition roller, one can drive warp thread to enter weaves the woven false warp beam of region participation; Described Yun Jing mechanism is fixed on the oblique support plate being connected with loom side.
Described creel is placed in above a floor, and loom is placed in below floor, above described floor, be provided with a upper transition roller that yarn is turned to, below described floor, be provided with one and be in the next transition roller on a vertical line together with upper transition roller, in the middle of it, be provided with lease reed and unidirectional limiting roll; Described yarn enters described Yun Jing mechanism after described the next transition roller.
Described upper transition roller is fixed on the ground above floor by bearing, leaves the window that allows warp thread pass through on the floor of floor; Lease reed, unidirectional limiting roll are fixed on a riser, the next transition roller is fixed on described riser by bearing, jockey pulley in described Yun Jing mechanism is placed in a track and can be moved up and down and rotation by a sliding bearing, in described Yun Jing mechanism, also comprises that one is fixed on the meta transition roller on oblique support plate.
Warp beam pressure roller in described Yun Jing mechanism is connected with a pressure roller support arm by rolling bearing, pressure roller support arm is fixed on oblique support plate by bearing, and described warp beam pressure roller and false warp beam contact all the time under the effect of warp tension and deadweight, described track and riser are fixed on oblique support plate, false warp beam is fixed on by bearing on the warp beam stand-off being connected with loom side, and tiltedly support plate is also fixed on warp beam stand-off.
Described creel and loom are all placed on same layer ground, after described lease reed, are provided with the unidirectional limiting roll of a warp thread, and described lease reed, the unidirectional limiting roll of warp thread are also fixed on oblique support plate; Jockey pulley in described Yun Jing mechanism is fixed on a jockey pulley support arm by bearing, and jockey pulley support arm is fixed on oblique support plate by bearing, and one end of a spring is fixed on jockey pulley support arm, and the other end is fixed in frame.
Warp beam pressure roller in described Yun Jing mechanism is fixed on a pressure roller support arm by rolling bearing, and pressure roller support arm is connected on oblique support plate by bearing, and described warp beam pressure roller and false warp beam contact all the time under the effect of warp tension and deadweight; False warp beam is fixed on by bearing on the warp beam stand-off being connected with loom side, and tiltedly support plate is also fixed on warp beam stand-off.
The present invention has simple in structure, easy to use, reliable, can reduce the link that contacts of glass and machine components, to prevent as much as possible the features such as glass fluffing.
Accompanying drawing explanation
Fig. 1 is the structural principle schematic diagram of prior art.
Fig. 2 is a kind of example structure principle schematic of the present invention.
Fig. 3 is another kind of example structure principle schematic of the present invention.
The specific embodiment
Below in conjunction with accompanying drawing, the present invention will be described in detail: even through system in the woven machine of applicable glass fibre yarn of the present invention, it comprises that one for moving back the solution lease reed 103 that out yarn passes through from creel, the one Yun Jing mechanism mainly being formed by jockey pulley 113, warp beam pressure roller 109, the unidirectional limiting roll of warp thread or meta transition roller 106, one can drive warp thread to enter weaves the woven false warp beam 110 of region participation; Described Yun Jing mechanism is fixed on the oblique support plate 112 being connected with loom side.
Shown in Fig. 2, described creel is placed in above a floor, and loom is placed in below floor, above described floor, be provided with a upper transition roller 102 that yarn is turned to, below described floor, be provided with one and be in the next transition roller 105 on a vertical line together with upper transition roller 102, in the middle of it, be provided with lease reed 103 and unidirectional limiting roll 104; Described yarn enters described Yun Jing mechanism after described the next transition roller 105.
Warp beam pressure roller 109 in described Yun Jing mechanism is connected with a pressure roller support arm 108 by rolling bearing, pressure roller support arm 108 is fixed on oblique support plate 112 by bearing, and described warp beam pressure roller 109 and false warp beam 110 contact all the time under the effect of warp tension and deadweight, described track 107 and riser 114 are fixed on oblique support plate 112, false warp beam 110 is fixed on by bearing on the warp beam stand-off 111 being connected with loom side, and tiltedly support plate 112 is also fixed on warp beam stand-off 111.
The operation principle of the present embodiment is: shown in Fig. 2, creel is placed in upstairs, and loom is placed in downstairs, from creel, moves back solution yarn 101 out, through upper transition roller 102, turn to, arrive lease reed 103, the next transition roller 105 of unidirectional limiting roll 104 arrival, enter by meta transition 106, through jockey pulley 113, it is even through system that warp beam pressure roller 109 and track 106 form, enter false warp beam 110, under the driving of false warp beam 110, enter and weave region, participate in weaving.Upper transition roller 102 is fixed on abovestairs ground by bearing, leaves the window that allows warp thread pass through on floor; Lease reed 103, unidirectional limiting roll 104 are fixed on riser 114, the next transition roller 105 is fixed on riser 114 by bearing, meta transition 106 is fixed on oblique support plate 112 by bearing, jockey pulley 113 is placed in track 107 by sliding bearing, jockey pulley can move up and down in orbit, also can rotation, jockey pulley 113 moves up and down in orbit under the effect of warp tension, plays all effects of even adjusting warp tension.Warp beam pressure roller 109 is connected with pressure roller support arm 108 by rolling bearing, and pressure roller support arm 108 is fixed on oblique support plate 112 by bearing, guarantees that warp beam pressure roller 109 contacts all the time with false warp beam 110 under the effect of warp tension.Track 107, riser 114 are fixed on oblique support plate 112, and tiltedly support plate 112 is fixed on the warp beam stand-off 111 being connected with loom side.
Embodiment shown in Fig. 2, wherein creel and loom are arranged in two layers of floor, can save space.The glass fibre yarn that it is relatively applicable to having tension force to move back solution is weaved, as emery wheel screen cloth.
Shown in Fig. 3, show another embodiment of the present invention, described creel and loom are all placed on same layer ground, after described lease reed 103, be provided with a unidirectional limiting roll 104, the described unidirectional limiting roll of lease reed 103, warp thread is also fixed on oblique support plate 112; Jockey pulley 113 in described Yun Jing mechanism is fixed on a jockey pulley support arm 208 by bearing, and jockey pulley support arm 208 is fixed on oblique support plate 112 by bearing, and one end of a spring 207 is fixed on jockey pulley support arm 208, and the other end is fixed in frame.
Warp beam pressure roller 109 in described Yun Jing mechanism is fixed on a pressure roller support arm 108 by rolling bearing, and pressure roller support arm 108 is connected on oblique support plate 112 by bearing, and described warp beam pressure roller 109 contacts with false warp beam 110; False warp beam 110 is fixed on by bearing on the warp beam stand-off 111 being connected with loom side, and tiltedly support plate 112 is also fixed on warp beam stand-off 111.
Shown in Fig. 3, operation principle is: creel and loom are placed on same layer ground, from creel, move back solution yarn 101 out, pass through lease reed 103, enter by unidirectional limiting roll 104, jockey pulley 113, the Yun Jing mechanism that warp beam pressure roller 109 forms, enters false warp beam 110, under the driving of false warp beam 110, warp thread enters weaves region, participates in weaving.Lease reed 103, unidirectional limiting roll 104 are fixed on oblique support plate 112; Spring 207 one end are fixed on jockey pulley support arm 208, and the other end is fixed in frame.Jockey pulley 113 is fixed on jockey pulley support arm 208 by bearing, and jockey pulley support arm 208 is fixed on oblique support plate 112 by bearing, and under the effect of warp tension and spring 207 elastic force, gravity, jockey pulley 112 is around A
1fulcrum rotates, and with jockey pulley support arm 208 around C
1spot wobble, plays the effect of even warp tension, by the elastic force of regulating spring 207, plays the effect that regulates warp tension size.Warp beam pressure roller 109 is fixed on pressure roller support arm 108 by rolling bearing, and pressure roller support arm is connected on oblique support plate 112 by bearing, and under the effect of warp tension, warp beam pressure roller contacts with false warp beam all the time; False warp beam is fixed on warp beam stand-off 111 by bearing, and warp beam stand-off 111, oblique support plate 112 are fixed on the warp beam stand-off 111 being connected with loom side.
Embodiment shown in Fig. 3, it is relatively applicable to moving back without tension force the glass fibre yarn of solution weaves, as checked cloth.
The present invention is because the roller quantity of warp thread process is few, and warp thread is difficult for fluffing, guarantees the weave quality of glass.Yun Jing mechanism is fixed on the oblique support plate being connected with loom side, and Yun Jing mechanism is arranged on loom inside, forms one with loom, take up space little, and convenient transportation.
Claims (4)
1. even through system in the woven machine of applicable glass fibre yarn, it is characterized in that it comprises that one for moving back the solution lease reed (103) that out yarn passes through from creel, the one Yun Jing mechanism mainly being formed by jockey pulley (113), warp beam pressure roller (109), the unidirectional limiting roll of warp thread or meta transition roller (106), one can drive warp thread to enter weaves region participation woven false warp beam (110); Described Yun Jing mechanism is fixed on the oblique support plate (112) being connected with loom side;
Described creel is placed in above a floor, and loom is placed in below floor, above described floor, be provided with a upper transition roller (102) that yarn is turned to, below described floor, be provided with one and be in the next transition roller (105) on a vertical line together with upper transition roller (102), in the middle of described upper transition roller (102) and the next transition roller (105), be provided with lease reed (103) and unidirectional limiting roll (104); Described yarn enters described Yun Jing mechanism after described the next transition roller (105);
Described upper transition roller (102) is fixed on the ground above floor by bearing, leaves the window that allows warp thread pass through on the floor of floor; Lease reed (103), unidirectional limiting roll (104) are fixed on a riser (114), the next transition roller (105) is fixed on described riser (114) by bearing, jockey pulley (113) in described Yun Jing mechanism is placed in a track (107) and can be moved up and down and rotation by a sliding bearing, in described Yun Jing mechanism, also comprises that one is fixed on the meta transition roller (106) on oblique support plate (112).
2. even through system in the woven machine of applicable glass fibre yarn according to claim 1, it is characterized in that the warp beam pressure roller (109) in described Yun Jing mechanism is connected with a pressure roller support arm (108) by rolling bearing, pressure roller support arm (108) is fixed on oblique support plate (112) by bearing, and described warp beam pressure roller (109) and false warp beam (110) contact all the time under the effect of warp tension and deadweight, described track (107) and riser (114) are fixed on oblique support plate (112), false warp beam (110) is fixed on the warp beam stand-off (111) being connected with loom side by bearing, tiltedly support plate (112) is also fixed on warp beam stand-off (111).
3. even through system in the woven machine of applicable glass fibre yarn, it is characterized in that it comprises that one for moving back the solution lease reed (103) that out yarn passes through from creel, the one Yun Jing mechanism mainly being formed by jockey pulley (113), warp beam pressure roller (109), the unidirectional limiting roll of warp thread or meta transition roller (106), one can drive warp thread to enter weaves region participation woven false warp beam (110); Described Yun Jing mechanism is fixed on the oblique support plate (112) being connected with loom side;
Described creel and loom are all placed on same layer ground, and described lease reed (103) is provided with the unidirectional limiting roll of a warp thread afterwards, and described lease reed (103), the unidirectional limiting roll of warp thread are also fixed on oblique support plate (112); Jockey pulley (113) in described Yun Jing mechanism is fixed on a jockey pulley support arm (208) by bearing, jockey pulley support arm (208) is fixed on oblique support plate (112) by bearing, it is upper that one end of one spring (207) is fixed on jockey pulley support arm (208), and the other end is fixed in frame.
4. even through system in the woven machine of applicable glass fibre yarn according to claim 3, it is characterized in that the warp beam pressure roller (109) in described Yun Jing mechanism is fixed on a pressure roller support arm (108) by rolling bearing, it is upper that pressure roller support arm (108) is connected in oblique support plate (112) by bearing, and described warp beam pressure roller (109) and false warp beam (110) contact all the time under the effect of warp tension and deadweight; It is upper that false warp beam (110) is fixed on by bearing the warp beam stand-off (111) being connected with loom side, and tiltedly support plate (112) is also fixed on warp beam stand-off (111).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210101603.1A CN102605521B (en) | 2012-04-10 | 2012-04-10 | Internal warp uniformizing system suitable for fiberglass yarn weaving |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210101603.1A CN102605521B (en) | 2012-04-10 | 2012-04-10 | Internal warp uniformizing system suitable for fiberglass yarn weaving |
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| CN102605521A CN102605521A (en) | 2012-07-25 |
| CN102605521B true CN102605521B (en) | 2014-04-30 |
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| CN201210101603.1A Active CN102605521B (en) | 2012-04-10 | 2012-04-10 | Internal warp uniformizing system suitable for fiberglass yarn weaving |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103014981A (en) * | 2012-12-26 | 2013-04-03 | 重庆国际复合材料有限公司 | Direct-spinning weaving method and yarn cake drawing equipment |
| CN110670215B (en) * | 2019-11-30 | 2023-08-29 | 南京格美达科技有限公司 | Pneumatic yarn expanding device for reeding machine |
| CN110846793B (en) * | 2019-12-03 | 2023-09-08 | 南京大发精密机械制造有限公司 | Gravity tensioning warp beam support for reeding machine |
| CN112375382A (en) * | 2020-11-11 | 2021-02-19 | 巨石集团有限公司 | Wear-resistant material for press roller of glass fiber drawing machine, wear-resistant press roller and preparation process of wear-resistant press roller |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1321548A1 (en) * | 2001-12-15 | 2003-06-25 | Benninger AG | Method and device for winding and attaching warped bands on the drum of a sectional warper |
| JP2004027476A (en) * | 2003-09-05 | 2004-01-29 | Tsudakoma Corp | Method for tensioning in warp yarn preparatory machine, and apparatus for the same |
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- 2012-04-10 CN CN201210101603.1A patent/CN102605521B/en active Active
Patent Citations (4)
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|---|---|---|---|---|
| CN101085660A (en) * | 2006-06-06 | 2007-12-12 | 北京玻钢院复合材料有限公司 | Glass fibre primary warping machine winding tension control method |
| CN201272866Y (en) * | 2008-09-16 | 2009-07-15 | 江苏九鼎新材料股份有限公司 | Creel weaving mechanism |
| CN201817656U (en) * | 2010-08-14 | 2011-05-04 | 广东丰凯机械股份有限公司 | Let-off mechanism of glass fiber weaving machine |
| CN202576794U (en) * | 2012-04-10 | 2012-12-05 | 浙江万利纺织机械有限公司 | Built-in warp uniformizing system suitable for weaving glass fiber yarns |
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