CN103290584A - Silk covering machine - Google Patents
Silk covering machine Download PDFInfo
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- CN103290584A CN103290584A CN2013102428071A CN201310242807A CN103290584A CN 103290584 A CN103290584 A CN 103290584A CN 2013102428071 A CN2013102428071 A CN 2013102428071A CN 201310242807 A CN201310242807 A CN 201310242807A CN 103290584 A CN103290584 A CN 103290584A
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Abstract
The invention provides a silk covering machine, and belongs to the technical field of machines. The technical problem that two outer covering yarns can not be wound simultaneously in an existing silk covering machine is solved. The silk covering machine comprises a machine frame, wherein the machine frame is provided with a winding displacement plate, a plurality of primary covering drums and a plurality of secondary covering drums which are arranged above the primary covering drums. The winding displacement plate is provided with a plurality of yarn cores in a penetrating mode. The machine frame is further provided with a plurality of primary covering spindles and secondary covering spindles, first through holes and second through holes are formed in the primary covering spindles and the secondary covering spindles respectively, and the yarn cores sequentially penetrate through the first through holes and the second through holes. The secondary covering drums are connected with a first driving motor, and a transmission mechanism which enables the power of the first driving motor to be transmitted to the primary covering drums is arranged between the first driving motor and the secondary covering drums. The silk covering machine has the advantages of being even in yarn core covering, capable of achieving the fact that two outer covering yarns are wound simultaneously and the like.
Description
Technical field
The invention belongs to field of mechanical technique, relate to a kind of covering filament machine.
Background technology
Wrap yarn claims wrapped yarn again, is a kind of yarn of new structure, and it is to be yarn core with long filament or staple fibre, the another kind of long filament of outsourcing or staple fibre sliver.The outsourcing yarn coats yarn core in a screw fashion.Its characteristics for bar do even, bulk plentiful, the smooth filoplume of yarn is few, powerful high, little breakage.
Wrap yarn is many, and part is used for woven fabric for requiring high-elastic knitted fabric, is the high-grade carefully ideal yarn of thin hair, linen, jacquard weave bilayer weft-knitted fabric and tricot etc.Wrap yarn all can spin for the thickness yarn, and is wherein in the majority with stretch yarn, is applicable to weave the motion Lingerie, as swimsuit, anorak, lingerie etc.Wrap yarn is selected suitable heart yarn and outsourcing yarn according to purposes, and its brute force is all higher than any single thread.
A kind of air covering filament machine Yarn feed device is disclosed in patent (CN2778839Y), the manufacturing technology field that belongs to twisting apparatus, main mount pad by translator, motor seat board, cover plate, screw, place the driving wheel that links to each other with motor in the mount pad, the drive of band rotating shaft, place mount pad outer respectively with drive coaxial formations such as groove roller and roller are arranged, between driving wheel and the drive by the driving belt transmission that is connected.The installing plate of the utility model in the middle of air covering filament machine arranges two diameter differences groove roller and roller, can obtain constant yarn tension by the control rotating speed of motor, and the stable no play of yarn when having the groove roller to make work, reasonable in design, can supporting use on multiple twisting apparatus such as air covering filament machine, can effectively increase work efficiency and yarn quality, still, above-mentioned covering filament machine can not realize that many wrap yarns are stablized simultaneously, coating uniformly.
Summary of the invention
The objective of the invention is the problems referred to above at existing technology existence, a kind of covering filament machine is provided, technical problem to be solved by this invention is that two outsourcing yarns are twined simultaneously.
Purpose of the present invention can realize by following technical proposal: a kind of covering filament machine, comprise frame, it is characterized in that, described frame is provided with a winding displacement plate, several one-levels coat tube and several secondarys that is arranged on described one-level coating tube top coat tube, be equipped with some yarn cores on the described winding displacement plate, also be provided with some one-levels on the described support and coat rotating shaft and secondary coating rotating shaft, described one-level coats in rotating shaft and the secondary coating rotating shaft and offers through hole one and through hole two respectively, described yarn core passes described through hole one and through hole two successively, described secondary coats tube and links to each other with a drive motors one, and described drive motors one and described secondary coat and be provided with a transmission mechanism that transmission of power to the described one-level of drive motors one can be coated on the tube between the tube; Described one-level coats on the tube and has furled the one-level wrap yarn, and described secondary coats on the tube and furled the secondary wrap yarn, and described one-level wrap yarn all links to each other with described yarn core with the secondary wrap yarn; This covering filament machine also comprises a furling tube, also is provided with one on the described support and can drives the furling mechanism that described furling tube circumferentially rotates, and described yarn core links to each other with described furling tube.
Operation principle of the present invention is: the yarn core of telling from winding displacement plate, as latex silk etc., the through hole one that coats the rotating shaft from one-level passes, furl the one-level wrap yarn on one-level coating tube, as terylene thread etc., this one-level covering filament links to each other with yarn core, because one-level coats the rotation unwrapping wire of tube and the draw of furling tube, the one-level covering filament is wrapped on the yarn core uniformly, in like manner, the skin that the secondary covering filament also is wrapped in the one-level covering filament uniformly (certainly, according to producing needs, also can more coating tube be set with same principle), secondary coats tube and drives rotation by drive motors one, be provided with transmission mechanism between drive motors one and the coating tube one, transmission of power to the one-level of drive motors one can be coated tube; The benefit that this transmission mechanism is set is: one-level coats tube can coat synchronous a rotation with secondary, suitable certain speed discrepancy is set, to adapt to owing to the winding of one-level wrap yarn gives the yarn core diameter that increases poor, the one-level wrap yarn is twined closely evenly, and, the secondary wrap yarn also can be closely, be wrapped on the yarn core uniformly, thereby improve the quality of production of this covering filament machine.
In above-mentioned a kind of covering filament machine, described transmission mechanism comprises the wheel one that links to each other with the output shaft of described drive motors one, the described wheel has awl gear ring one and chain gear ring one on one, described support is provided with a wheel that can freely rotate two, the described awl gear ring two that has on two with described awl gear ring one engagement of taking turns, the described wheel also is provided with flat gear ring one on two, described secondary coats rotating shaft and is provided with the flat gear ring two that meshes with described flat gear ring one; Described support is provided with a wheel three, the described wheel has chain gear ring two and awl gear ring three on three, link to each other by chain between described chain gear ring two and the described chain gear ring one, also be provided with a wheel four on the described support, describedly take turns four and be provided with the awl gear ring four that cooperates with described awl gear ring three, the described wheel also is provided with flat gear ring three on four, described one-level coats rotating shaft and is provided with the flat gear ring four that meshes with described flat gear ring three.The power of drive motors one is passed to secondary and is coated tube by awl gear ring one, awl gear ring two, flat gear ring one peaceful gear ring two, simultaneously, the power of drive motors one also is passed to one-level and is coated tube by chain gear ring one, chain, chain gear ring two, awl gear ring three, awl gear ring four, flat gear ring three peaceful gear rings four, one-level coats tube and secondary coating tube all has drive motors one driving, and all adopt the mode of gear to transmit therebetween, can guarantee the transmitting accuracy of rotating speed, making one-level coating tube and secondary coat tube can be synchronous.
In above-mentioned a kind of covering filament machine, the diameter of described flat gear ring four is less than the diameter of described flat gear ring three; Described awl gear ring one is identical with the diameter of awl gear ring two; The diameter of described flat gear ring one peaceful gear ring two is identical; Described chain gear ring one is identical with the diameter of chain gear ring two.Twine the increase to some extent before of one-level wrap yarn owing to be wound with the yarn core diameter of one-level wrap yarn, for eliminating the influence of being given the winding one-level winding uniformity that wrap yarn brings by the yarn core vary in diameter, other drive disk assembly sizes all for identical prerequisite under, the diameter of flat gear ring four is slightly less than the diameter of flat gear ring three, thereby the one-level wrap yarn also can be wrapped on the yarn core uniformly.
In above-mentioned a kind of covering filament machine, described furling mechanism comprises the support bar that is installed on the described support, be installed with a carriage on the described support bar, described carriage is provided with a screw rod, be set with a drive motors two on the described support bar, the output shaft of described drive motors two links to each other with described screw rod; Be equipped with several nuts on the described screw rod, described nut is connected mutually with a supporting plate, is set with a drive motors three on the described supporting plate, and the output shaft of described drive motors three links to each other with described furling tube.Drive motors two links to each other with a controller, controller includes delay circuit and sense of current commutation circuit, rotation direction that can intermittent change drive motors two, thereby, nut can be moved around at screw rod, with the supporting plate carrying drive motors three that nut is connected mutually, drive motors three drives the rolling tube and rotates, and coating good yarn core can be uniformly on furling tube.
In above-mentioned a kind of covering filament machine, be provided with accumulation of energy on the output shaft of described drive motors one, drive motors two and drive motors three and weigh.For most wrap yarn manufacturing enterprise, have a power failure suddenly, great puzzlement is brought to them in the capital, each drive disk assembly has no the stop motion of rule, make wrap yarn moment absent-mindedness, each wrap yarn is tied a knot, winding is uneven, it is unequal to furl, and causes this batch product to become waste product or substandard products, causes bigger financial resources and the loss on the manpower; In this covering filament machine, output shaft at drive motors one, drive motors two and drive motors three is provided with accumulation of energy heavily, diameter and thickness that this accumulation of energy weighs are all bigger, when drive motors rotates, can store bigger kinetic energy, when having a power failure, because the effect of inertia force, the kinetic energy that these accumulation of energys are heavily gone up discharges uniformly, makes yarn core, one-level wrap yarn and secondary wrap yarn all can continue to finish corresponding " one's work " after outage, discharges fully until the heavy kinetic energy of accumulation of energy.
In above-mentioned a kind of covering filament machine, described furling tube and secondary coat between the tube and are provided with a lead frame that is fixed on the support, the lower end of described lead frame is provided with guide wheel and guide rod one, the upper end of described lead frame is provided with wire guide one, described yarn core passes described guide wheel and wire guide one successively, offer wire guide two on the described guide rod one, described secondary wrap yarn passes wire guide two; Also be provided with a guide rod two on the described support, offer wire guide three on the described guide rod two, described one-level wrap yarn passes described wire guide three.The a pair of yarn core that is covered to complete of wire guide on guide wheel and the guide rod one draws, and can reach to be wrapped on the furling tube uniformly; Because one-level coats tube and secondary coating tube all rotates with high rotational speed, for preventing from taking place between one-level wrap yarn and secondary wrap yarn and the yarn core phenomenon of knotting, at support guide rod two is set, the one-level wrap yarn passes the wire guide three on the guide rod two, ties a knot between one-level wrap yarn and the yarn core preventing; Be provided with guide rod one in the lower end of lead frame, the secondary wrap yarn passes the wire guide two on the guide rod one, prevents from tiing a knot between secondary wrap yarn and the yarn core.
Compared with prior art, the present invention has the following advantages:
1, the power of drive motors one is passed to secondary and is coated tube by awl gear ring one, awl gear ring two, flat gear ring one peaceful gear ring two, simultaneously, the power of drive motors one also is passed to one-level and is coated tube by chain gear ring one, chain, chain gear ring two, awl gear ring three, awl gear ring four, flat gear ring three peaceful gear rings four, one-level coats tube and secondary coating tube all has drive motors one driving, and all adopt the mode of gear to transmit therebetween, can guarantee the transmitting accuracy of rotating speed, making one-level coating tube and secondary coat tube can be synchronous.
2, in this covering filament machine, output shaft at drive motors one, drive motors two and drive motors three is provided with accumulation of energy heavily, diameter and thickness that this accumulation of energy weighs are all bigger, when drive motors rotates, can store bigger kinetic energy, when having a power failure, because the effect of inertia force, the kinetic energy that these accumulation of energys are heavily gone up discharges uniformly, makes yarn core, one-level wrap yarn and secondary wrap yarn all can continue to finish corresponding " one's work " after outage, discharges fully until the heavy kinetic energy of accumulation of energy.
Description of drawings
Fig. 1 is the overall structure schematic diagram of this covering filament machine.
Fig. 2 is the sectional view that one-level coats tube.
Fig. 3 is the structural representation of transmission mechanism in this covering filament machine.
Fig. 4 is the structural representation of furling mechanism in this covering filament machine.
Fig. 5 is the syndeton schematic diagram between drive motors two and the screw rod in this covering filament machine.
Fig. 6 is the structural representation of lead frame in this covering filament machine.
Among the figure, a, drive motors one; B, drive motors two; C, drive motors three; 1, support; 2, winding displacement plate; 31, one-level coats tube; 32, secondary coats tube; 33, one-level coats rotating shaft; 34, secondary coats rotating shaft; 35, through hole one; 36, through hole two; 41, yarn core; 42, one-level wrap yarn; 43, secondary wrap yarn; 5, transmission mechanism; 51, wheel one; 52, wheel two; 53, wheel three; 54, wheel four; 5a, awl gear ring one; 5b, awl gear ring two; 5c, awl gear ring three; 5d, awl gear ring four; 5e, flat gear ring one; 5f, flat gear ring two; 5g, flat gear ring three; 5h, flat gear ring four; 5i, chain gear ring one; 5j, chain gear ring two; 5k, chain; 6, furling mechanism; 61, furling tube; 62, support bar; 63, carriage; 64, screw rod; 65, nut; 66, supporting plate; 7, accumulation of energy is heavy; 81, lead frame; 82, guide wheel; 83, guide rod one; 84, guide rod two; 85, wire guide one; 86, wire guide two; 87, wire guide three.
The specific embodiment
Below be specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiment.
As shown in figures 1 and 3, a kind of covering filament machine, comprise frame, frame is provided with a winding displacement plate 2, several one-levels coat tube 31 and several secondarys that is arranged on one-level coating tube 31 tops coat tube 32, be equipped with some yarn cores 41 on the winding displacement plate 2, also be provided with some one-levels on the support and coat rotating shaft 33 and secondary coating rotating shaft 34, one-level coats in rotating shaft 33 and the secondary coating rotating shaft 34 and offers through hole 1 and through hole 2 36 respectively, yarn core 41 passes through hole 1 and through hole 2 36 successively, secondary coats tube 32 and links to each other with drive motors one a, drive motors one a and secondary coat be provided with one between the tube 32 can be with the transmission of power of the drive motors one a transmission mechanism 5 to the one-level coating tins 31; One-level coats on the tube 31 and has furled one-level wrap yarn 42, and secondary coats on the tube 32 and furled secondary wrap yarn 43, and one-level wrap yarn 42 all links to each other with yarn core 41 with secondary wrap yarn 43; This covering filament machine also comprises a furling tube 61, also is provided with one on the support and can drives the furling mechanism 6 that furling tube 61 circumferentially rotates, and yarn core 41 links to each other with furling tube 61.
As Fig. 1, Fig. 2 and shown in Figure 3, transmission mechanism 5 comprises the wheel 1 that links to each other with the output shaft of secondary coating tube 32a, take turns and have awl gear ring one 5a and chain gear ring one 5i on one 51, support is provided with a wheel that can freely rotate 2 52, take turns awl gear ring two 5b that have on 2 52 with awl gear ring one 5a engagement, take turns and also be provided with flat gear ring one 5e on 2 52, secondary coats rotating shaft 34 and is provided with flat gear ring two 5f that mesh with flat gear ring one 5e; Support is provided with a wheel 3 53, take turns and have chain gear ring two 5j and awl gear ring three 5c on 3 53, link to each other by chain 5k between chain gear ring two 5j and chain gear ring one 5i, also be provided with a wheel 4 54 on the support, taking turns 4 54 is provided with and bores awl gear ring four 5d that gear ring three 5c cooperate, take turns and also be provided with flat gear ring three 5g on 4 54, one-level coats rotating shaft 33 and is provided with flat gear ring four 5h that mesh with flat gear ring three 5g, secondary coats the power of tube 32a by awl gear ring one 5a, awl gear ring two 5b, flat gear ring one 5e peace gear ring two 5f are passed to secondary and coat tube 32, simultaneously, secondary coats the power of tube 32a also by chain gear ring one 5i, chain 5k, chain gear ring two 5j, awl gear ring three 5c, awl gear ring four 5d, flat gear ring three 5g peace gear ring four 5h are passed to one-level and coat tube 31, one-level coats tube 31 and secondary coating tube 32 all has secondary coating tube 32a to drive, and all adopt the mode of gear to transmit therebetween, can guarantee the transmitting accuracy of rotating speed, making one-level coating tube 31 and secondary coat tube 32 can be synchronous.
The diameter of flat gear ring four 5h is less than the diameter of flat gear ring three 5g; Awl gear ring one 5a is identical with the diameter of awl gear ring two 5b; The diameter of flat gear ring one 5e peace gear ring two 5f is identical; Chain gear ring one 5i is identical with the diameter of chain gear ring two 5j, twine one-level wrap yarn 42 increase to some extent before owing to be wound with yarn core 41 diameters of one-level wrap yarn 42, give the influence of twining the winding uniformity that one-level wrap yarn 42 brings for eliminating by yarn core 41 vary in diameter, other drive disk assembly sizes all for identical prerequisite under, the diameter of flat gear ring four 5h is slightly less than the diameter of flat gear ring three 5g, thereby one-level wrap yarn 42 also can be wrapped on the yarn core 41 uniformly.
As Fig. 1, Fig. 4, Fig. 5 and shown in Figure 6, furling mechanism 6 comprises the support bar 62 that is installed on the support, is installed with a carriage 63 on the support bar 62, and carriage 63 is provided with a screw rod 64, be set with drive motors two b on the support bar 62, the output shaft of drive motors two b links to each other with screw rod 64; Be equipped with several nuts 65 on the screw rod 64, nut 65 is connected mutually with a supporting plate 66, is set with a drive motors three c on the supporting plate 66, and the output shaft of drive motors three c links to each other with furling tube 61.Drive motors two b link to each other with a controller, controller includes delay circuit and sense of current commutation circuit, rotation direction that can intermittent change drive motors two b, thereby, nut 65 can be moved around at screw rod 64, with supporting plate 66 carrying drive motors three c that nut 65 is connected mutually, drive motors three c drive the rolling tube and rotate, and coating good yarn core 41 can be uniformly on furling tube 61.
As shown in Figure 1, be provided with accumulation of energy on the output shaft of secondary coating tube 32a, drive motors two b and drive motors three c and weigh 7, for most wrap yarn manufacturing enterprise, suddenly have a power failure, all can bring great puzzlement to them, each drive disk assembly has no the stop motion of rule, make wrap yarn moment absent-mindedness, each wrap yarn is tied a knot, winding is uneven, it is unequal to furl, and causes this batch product to become waste product or substandard products, causes bigger financial resources and the loss on the manpower; In this covering filament machine, the output shaft that coats tube 32a, drive motors two b and drive motors three c at secondary is provided with accumulation of energy and weighs 7, it is all bigger that this accumulation of energy weighs 7 diameter and thickness, when drive motors rotates, can store bigger kinetic energy, when having a power failure, because the effect of inertia force, the kinetic energy that these accumulation of energys weigh on 7 discharges uniformly, make yarn core 41, one-level wrap yarn 42 and secondary wrap yarn 43 all can after outage, continue to finish corresponding " one's work ", weigh 7 kinetic energy until accumulation of energy and discharge fully.
As Fig. 1, as 4, Fig. 5 and shown in Figure 6, furling tube 61 and secondary coat between the tube 32 and are provided with a lead frame 81 that is fixed on the support, the lower end of lead frame 81 is provided with guide wheel 82 and guide rod 1, the upper end of lead frame 81 is provided with wire guide 1, yarn core 41 passes guide wheel 82 and wire guide 1 successively, offer wire guide 2 86 on the guide rod 1, secondary wrap yarn 43 passes wire guide 2 86; Also be provided with a guide rod 2 84 on the support, offer wire guide 3 87 on the guide rod 2 84, one-level wrap yarn 42 passes wire guide 3 87, and one 85 pairs of yarn cores that are covered to complete 41 of the wire guide on guide wheel 82 and the guide rod 1 draw, and can reach to be wrapped in uniformly on the furling tube 61; Because one-level coats tube 31 and secondary coating tube 32 all rotates with high rotational speed, for preventing from taking place between one-level wrap yarn 42 and secondary wrap yarn 43 and the yarn core 41 phenomenon of knotting, at support guide rod 2 84 is set, one-level wrap yarn 42 passes the wire guide 3 87 on the guide rod 2 84, ties a knot between one-level wrap yarn 42 and the yarn core 41 preventing; Be provided with guide rod 1 in the lower end of lead frame 81, secondary wrap yarn 43 passes the wire guide 2 86 on the guide rod 1, prevents from tiing a knot between secondary wrap yarn 43 and the yarn core 41.
Operation principle of the present invention is: the yarn core of telling from winding displacement plate 2 41, as latex silk etc., the through hole 1 that coats the rotating shaft 33 from one-level passes, furl the one-level wrap yarn 42 on one-level coating tube 31, as terylene thread etc., this one-level covering filament links to each other with yarn core 41, because one-level coats the rotation unwrapping wire of tube 31 and the draw of furling tube 61, the one-level covering filament is wrapped on the yarn core 41 uniformly, in like manner, the skin that the secondary covering filament also is wrapped in the one-level covering filament uniformly (certainly, according to producing needs, also can more coating tube be set with same principle), secondary coats tube 32 and drives rotation by secondary coating tube 32a, secondary coats tube 32a and coats between the tube one and is provided with transmission mechanism 5, and transmission of power to the one-level that secondary can be coated tube 32a coats tube 31; The benefit that this transmission mechanism 5 is set is: one-level coats tube 31 can coat tube 32 rotation synchronously with secondary, suitable certain speed discrepancy is set, to adapt to owing to the winding of one-level wrap yarn 42 gives yarn core 41 diameters that increase poor, one-level wrap yarn 42 is twined closely evenly, and, secondary wrap yarn 43 also can be wrapped on the yarn core 41 closely, uniformly, thereby improves the quality of production of this covering filament machine.
Specific embodiment described herein only is that the present invention's spirit is illustrated.Those skilled in the art can make various modifications or replenish or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.
Claims (6)
1. covering filament machine, comprise frame, it is characterized in that, described frame is provided with a winding displacement plate (2), several one-levels coat tube (31) and several secondarys that is arranged on described one-level coating tube (31) top coat tube (32), be equipped with some yarn cores (41) on the described winding displacement plate (2), also be provided with some one-levels on the described support (1) and coat rotating shaft (33) and secondary coating rotating shaft (34), described one-level coats in rotating shaft (33) and the secondary coating rotating shaft (34) and offers through hole one (35) and through hole two (36) respectively, described yarn core (41) passes described through hole one (35) and through hole two (36) successively, described secondary coats tube (32) and links to each other with a drive motors one (a), and described drive motors one (a) and described secondary coat and be provided with a transmission mechanism (5) that transmission of power to the described one-level of drive motors one (a) can be coated on the tube (31) between the tube (32); Described one-level coats on the tube (31) and has furled one-level wrap yarn (42), described secondary coats on the tube (32) and has furled secondary wrap yarn (43), and described one-level wrap yarn (42) all links to each other with described yarn core (41) with secondary wrap yarn (43); This covering filament machine also comprises a furling tube (61), also is provided with one on the described support (1) and can drives the furling mechanism (6) that described furling tube (61) circumferentially rotates, and described yarn core (41) links to each other with described furling tube (61).
2. a kind of covering filament machine according to claim 1, it is characterized in that, described transmission mechanism (5) comprises the wheel one (51) that links to each other with the output shaft of described drive motors one (a), the described wheel has awl gear ring one (5a) and chain gear ring one (5i) on one (51), described support (1) is provided with a wheel that can freely rotate two (52), the described awl gear ring two (5b) that has on two (52) with described awl gear ring one (5a) engagement of taking turns, the described wheel also is provided with flat gear ring one (5e) on two (52), described secondary coats rotating shaft (34) and is provided with the flat gear ring two (5f) that meshes with described flat gear ring one (5e); Described support (1) is provided with a wheel three (53), the described wheel has chain gear ring two (5j) and awl gear ring three (5c) on three (53), link to each other by chain (5k) between described chain gear ring two (5j) and the described chain gear ring one (5i), also be provided with a wheel four (54) on the described support (1), describedly take turns four (54) and be provided with the awl gear ring four (5d) that cooperates with described awl gear ring three (5c), the described wheel also is provided with flat gear ring three (5g) on four (54), described one-level coats rotating shaft (33) and is provided with the flat gear ring four (5h) that meshes with described flat gear ring three (5g).
3. a kind of covering filament machine according to claim 2 is characterized in that, the diameter of described flat gear ring four (5h) is less than the diameter of described flat gear ring three (5g); Described awl gear ring one (5a) is identical with the diameter of awl gear ring two (5b); The diameter of the peaceful gear ring two of described flat gear ring one (5e) (5f) is identical; Described chain gear ring one (5i) is identical with the diameter of chain gear ring two (5j).
4. a kind of covering filament machine according to claim 1, it is characterized in that, described furling mechanism (6) comprises the support bar (62) that is installed on the described support (1), be installed with a carriage (63) on the described support bar (62), described carriage (63) is provided with a screw rod (64), be set with a drive motors two (b) on the described support bar (62), the output shaft of described drive motors two (b) links to each other with described screw rod (64); Be equipped with several nuts (65) on the described screw rod (64), described nut (65) is connected mutually with a supporting plate (66), be set with a drive motors three (c) on the described supporting plate (66), the output shaft of described drive motors three (c) links to each other with described furling tube (61).
5. a kind of covering filament machine according to claim 4 is characterized in that, is provided with accumulation of energy heavy (7) on the output shaft of described drive motors one (a), drive motors two (b) and drive motors three (c).
6. a kind of covering filament machine according to claim 5, it is characterized in that, described furling tube (61) and secondary coat between the tube (32) and are provided with a lead frame (81) that is fixed on the support (1), the lower end of described lead frame (81) is provided with guide wheel (82) and guide rod one (83), the upper end of described lead frame (81) is provided with wire guide one (85), described yarn core (41) passes described guide wheel (82) and wire guide one (85) successively, offer wire guide two (86) on the described guide rod one (83), described secondary wrap yarn (43) passes wire guide two (86); Also be provided with a guide rod two (84) on the described support (1), offer wire guide three (87) on the described guide rod two (84), described one-level wrap yarn (42) passes described wire guide three (87).
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410839732.XA CN104562354B (en) | 2013-06-18 | 2013-06-18 | A kind of silk covering machine of tape handler |
| CN2013102428071A CN103290584A (en) | 2013-06-18 | 2013-06-18 | Silk covering machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013102428071A CN103290584A (en) | 2013-06-18 | 2013-06-18 | Silk covering machine |
Related Child Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410837772.0A Division CN104514060A (en) | 2013-06-18 | 2013-06-18 | Yarn covering machine with winding mechanism |
| CN201410839732.XA Division CN104562354B (en) | 2013-06-18 | 2013-06-18 | A kind of silk covering machine of tape handler |
| CN201410833819.6A Division CN104480600A (en) | 2013-06-18 | 2013-06-18 | Yarn coating machine with improved structure |
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|---|---|
| CN103290584A true CN103290584A (en) | 2013-09-11 |
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| CN2013102428071A Pending CN103290584A (en) | 2013-06-18 | 2013-06-18 | Silk covering machine |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104140013A (en) * | 2014-07-30 | 2014-11-12 | 苏州华良化纤纺织有限公司 | Stretch yarn taking-up device |
| NL2014721A (en) * | 2014-10-23 | 2016-10-28 | Apollo Sun Global Co Ltd | Conductive yarn and apparatus for making the same. |
| CN106350910A (en) * | 2016-10-30 | 2017-01-25 | 海宁市盛祥线业有限公司 | Improved yarn coating machine |
| CN106350909A (en) * | 2016-10-30 | 2017-01-25 | 海宁市盛祥线业有限公司 | Improved yarn coating machine and operation method thereof |
| CN109457341A (en) * | 2016-12-06 | 2019-03-12 | 海宁市盛祥线业有限公司 | A kind of spindle driving mechanism on yarn coating machine |
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| CN106350909A (en) * | 2016-10-30 | 2017-01-25 | 海宁市盛祥线业有限公司 | Improved yarn coating machine and operation method thereof |
| CN109457341A (en) * | 2016-12-06 | 2019-03-12 | 海宁市盛祥线业有限公司 | A kind of spindle driving mechanism on yarn coating machine |
| CN109457341B (en) * | 2016-12-06 | 2021-08-06 | 海宁市盛祥线业有限公司 | Spindle driving mechanism on yarn covering machine |
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Application publication date: 20130911 |