CN102286811A - Flocculent fiber feeding equipment - Google Patents
Flocculent fiber feeding equipment Download PDFInfo
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- CN102286811A CN102286811A CN2011101962787A CN201110196278A CN102286811A CN 102286811 A CN102286811 A CN 102286811A CN 2011101962787 A CN2011101962787 A CN 2011101962787A CN 201110196278 A CN201110196278 A CN 201110196278A CN 102286811 A CN102286811 A CN 102286811A
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Abstract
The invention discloses flocculent fiber feeding equipment. At least one pair of feeding rollers and feeding press rollers have the elastically and tightly butted outer circumferential surfaces and are positioned on a machine frame in a way of rotating in the opposite directions, at least two communicated cylindrical inner cavities are arranged in a carding box, an inlet passage and an outlet passage which are respectively communicated with the outside are respectively arranged on the two mutually deviated inner cavities, a carding roller with carding teeth is respectively arranged in each inner cavity, the adjacent carding rollers can rotate in the opposite directions, radial through holes are arranged on the side wall of a funnel through hole with the larger upper side and the smaller lower side arranged on a dispersing fiber collector, the upper end of the funnel through hole is communicated with the outlet passage of the carding box, the lower end of the funnel through hole is communicated with the upper end of a double-curved-needle weaving tube, a vertical needle groove is arranged on the vertical side wall of a fiber distributor arranged in the double-curved-needle weaving tube, a bearded needle can be correspondingly, vertically and glidingly positioned in the needle groove, and a penetrated wire passing hole is arranged in the fiber distributor. The carding of the carding box of the flocculent fiber feeding equipment is fast and thorough, the flocculent fiber is sufficiently collected through the fiber collector and is prevented from disorderly floating in the air, and the environment in a shop is ensured.
Description
Technical field
The present invention relates to a kind of yarn manufacturing installation, particularly a kind of wadding fibrous inserting apparatus.
Background technology
The yarn that uses in the weaving all is to work out out earlier the tubular dictyosome at present, then some thin filamental threads are penetrated and form an one thread in the tubular dictyosome, this structure makes yarn seem stiffening, soft inadequately, fluffy, the cloth flexibility of weaving out with this yarn, skin-friendly and warmth retention property are all undesirable, in order to make yarn more soft, closeer skin, filamental thread need be carried out the branch comb, it is cotton-shaped that it is become, and this wadding fibrously is filled into the new yarn of formation in the dictyosome that is woven into tubular, yet present equipment all can't thoroughly divide comb fast with coarse yarn fully and effectively be filled in the tubular dictyosome.
Summary of the invention
In order to overcome above-mentioned defective, the invention provides a kind of wadding fibrous inserting apparatus, this wadding fibrous inserting apparatus can divide fast and combs out wadding fibrous and be filled in the tubular dictyosome, and it divides, and comb feeding speed is fast, wadding fibrous can disorderly not waft, and environment is good in the workshop.
The present invention for the technical scheme that solves its technical problem and adopt is: a kind of wadding fibrous inserting apparatus, comprise frame, feeding roller, the feeding pressure roller, divide the comb case, wandering fibril aggregation device and hyperbolic needle knitting tube, to use direction to be benchmark, at least one pair of feeding roller and feeding pressure roller outer circumference surface elasticity press closer and in opposite directions rotational positioning on minute frame of comb case top, divide comb case inboard to be provided with at least two cylindrical cavities that are interconnected, be respectively equipped with intake channel and exit passageway on two inner chambers that deviate from mutually on the casing with external communications, can rotate respectively in each cylindrical cavity and be provided with combing roller, the sub-periphery wall of combing roller is provided with the branch broach, two adjacent branch comb rods can rotate under driven by motor in opposite directions, wandering fibril aggregation device is provided with the funnel through hole of upper-end inner diameter greater than bottom diameter, the funnel through-hole side wall is provided with a pair of through hole radially, the funnel through hole upper end of wandering fibril aggregation device is communicated with the exit passageway that divides the comb case, the funnel through hole lower end of wandering fibril aggregation device is communicated with hyperbolic needle knitting tube upper end, be provided with a fibre distributor in the hyperbolic needle knitting tube, the fibre distributor longitudinal side wall is provided with some needle trays longitudinally, some crochet hooks one by one to should be able to being positioned in each needle tray in longitudinal sliding motion, and the fibre distributor inboard is provided with a through wires hole that connects; During use, coarse yarn enters between feeding roller and the feeding pressure roller, intake channel feeding from minute comb case under feeding roller and the drive of feeding pressure roller divides the comb box cavity, coarse yarn is scraped by the branch broach in the combing roller outside in minute inner chamber of comb case and is loose into cotton-shaped and be thrown out of from minute exit passageway of comb case, wadding fibrous the entering in the wandering fibril aggregation device that is thrown out of, in the funnel through hole of wandering fibril aggregation device enters into the through wires hole of fibre distributor of hyperbolic needle knitting tube, simultaneously two fine yarns are incorporated in the hyperbolic needle knitting tube in the wandering fibril aggregation device through hole radially respectively and are slided up and down by each crochet hook and are woven into the tubular dictyosome, this tubular dictyosome is arranged in two pairs of through wires holes of fibre distributor, wadding fibrous just being filled into forms new yarn in this tubular dictyosome, this yarn has soft, parent's skin, advantage such as warming.
As a further improvement on the present invention, also be provided with an inlet wire funnel, be provided with the funnel-form inlet wire through hole of a upper-end inner diameter greater than bottom diameter in this inlet wire funnel, the convenient like this coarse yarn to needs branch comb leads, and it is entered in feeding roller and the feeding pressure roller smoothly.
As a further improvement on the present invention, be provided with two all to foreign round surface elastics press closer and rotate in opposite directions feeding roller and feeding pressure roller, yarn feeding speed is fast, can feed two simultaneously with the different materials yarn.
As a further improvement on the present invention, described feeding roller that is provided with that two all to foreign round surface elastics press closer and rotates in opposite directions and feeding roller structure are: also comprise first, two motor, outer shaft and interior axle, to use direction to be benchmark, the outside of axle one end in outer shaft is movably set in, first, in two motor drives respectively, outer shaft, a feeding roller fixed cover is located on the outer shaft lateral wall, another feeding roller fixed cover is located on the lateral wall of the interior axle other end, two feeding pressure rollers can rotational positioning on frame, the twoth feeding roller outer circumference surface presses closer with two corresponding elasticity of feeding pressure roller outer circumference surface respectively, first, two motor respectively with two feeding rollers with different rotational speed, two feeding rollers just by frictional force respectively with two feeding pressure rollers and two feeding roller transfers in opposite directions, two feeding rollers of this kind structure and two feeding pressure roller coaxial connections respectively, it saves the space, and can feed two different yarns simultaneously, yarn feeding speed is fast, is convenient to control two speed with different materials feeding yarn.
As a further improvement on the present invention, described two feeding pressure rollers can the structure of rotational positioning on frame be: frame is provided with U type frame, be respectively equipped with the locating hole of a horizontal direction on its two opposite side walls, two feeding pressure rollers are movably set in the two ends of a pressure roller shaft respectively, the axial retention of feeding pressure roller shaft is inserted in the locating hole of U type frame, also be respectively equipped with a vertical hole on the relative sidewall of feeding pressure roller two, these two vertical holes are communicated with the locating hole of two horizontal directions respectively, be provided with two elastic components, this elastic component lays respectively in vertical hole, the elastic component lower end presses closer the inboard end wall in vertical hole, the elastic component upper end presses closer the outer circumference surface of pressure roller shaft, guarantee that two feeding pressure rollers press yarn and drive its feeding with two rollers respectively so constantly, prevent the situation generation that yarn skids.
As a further improvement on the present invention, inboard adjacent two cylindrical cavities of described branch comb case are the tangent state of excircle to be arranged, and guarantees that coarse yarn can be divided comb broken in inner chamber fully, prevents the dead angle area that the branch broach can't touch.
As a further improvement on the present invention, the described structure of the inboard two adjacent inner chamber internal communication of comb case of will dividing is: be provided with the guide channel that its length direction and interior two inner chamber axial connecting line off plumbs tilt between the two adjacent inner chambers, two madial walls are tangent with the inside circumference wall of an inner chamber respectively up and down for the guide channel of this inclination.
As a further improvement on the present invention, intake channel on the described branch comb case and exit passageway are respectively with tangent with its inner chamber inside circumference wall that is communicated with, and intake channel and guide channel are tangent relation in the same way with respect to their common tangent inner chambers, exit passageway and guide channel also are tangent relation in the same way with respect to their common tangent inner chambers, intake channel, guide channel and exit passageway and two adjacent inner chamber madial walls are connected and form the passage of a serpentine, be convenient to entering and fibroflocculent throwing away of filamental thread like this, and have directionality during wadding fibrous throwing away, prevent that wadding fibrous unrest from flying.
As a further improvement on the present invention, the branch broach of described two adjacent branch comb rod periphery is oblique arrangement dorsad, the branch broach and the intake channel incline direction that are positioned on the branch comb rod of the inner chamber that is communicated with intake channel are consistent, the branch broach and the exit passageway incline direction that are positioned on the branch comb rod of the inner chamber that is communicated with exit passageway are consistent, guarantee that coarse yarn is brought into inner chamber fast and carried out the branch comb and guarantee that simultaneously the wadding fibrous branch that can throw away fast combs case.
As a further improvement on the present invention, the through wires hole of described fibre distributor inboard is the funnel-form of upper end internal diameter greater than the hypomere internal diameter, and the fibre distributor upper end just covers the positive lower end of funnel through hole that is positioned at the stream fibril aggregation device that looses, be convenient to wadding fibrous being filled into fast in the tubular dictyosome, prevent wadding fibrous generation obstruction and cause the wadding fibrous uneven situation generation of filling.
The invention has the beneficial effects as follows: the present invention is by dividing coarse yarn comb and collect wandering wadding fibrous being filled into fast in the tubular dictyosome that braiding is come out simultaneously fast by wandering fibril aggregation device by combing roller in casing, it divides comb fast, thoroughly in minute comb case, wadding fibrous fully the collection by the fibril aggregation device prevents that it from disorderly wafing aloft, guaranteed the environment in the workshop.
Description of drawings
Fig. 1 is a structural principle schematic diagram of the present invention;
Fig. 2 is feeding roller and feeding pressure roller drives structure principle schematic.
The specific embodiment
Embodiment: a kind of wadding fibrous inserting apparatus, comprise frame, feeding roller 1, feeding pressure roller 2, divide comb case 3, wandering fibril aggregation device 4 and hyperbolic needle knitting tube 5, to use direction to be benchmark, at least one pair of feeding roller 1 and feeding pressure roller 2 outer circumference surface elasticity press closer and in opposite directions rotational positioning on minute frame of comb case 3 tops, divide comb case 3 inboards to be provided with at least two cylindrical cavities that are interconnected 31, be respectively equipped with intake channel 32 and exit passageway 33 on two inner chambers 31 that deviate from mutually on the casing with external communications, can rotate respectively in each cylindrical cavity 31 and be provided with combing roller 34, combing roller 34 periphery walls are provided with the branch broach, two adjacent branch comb rods can rotate under driven by motor in opposite directions, wandering fibril aggregation device 4 is provided with the funnel through hole of upper-end inner diameter greater than bottom diameter, the funnel through-hole side wall is provided with a pair of through hole radially, the funnel through hole upper end of wandering fibril aggregation device 4 is communicated with the exit passageway 33 that divides comb case 3, the funnel through hole lower end of wandering fibril aggregation device 4 is communicated with hyperbolic needle knitting tube 5 upper ends, be provided with a fibre distributor 51 in the hyperbolic needle knitting tube 5, fibre distributor 51 longitudinal side walls are provided with some needle trays longitudinally 52, some crochet hooks one by one to being positioned in each needle tray 52 in longitudinal sliding motion, fibre distributor 51 inboards are provided with a through wires hole 53 that connects, during use, coarse yarn enters between feeding roller 1 and the feeding pressure roller 2, under feeding roller 1 and 2 drives of feeding pressure roller, divide the comb case 3 inner chambers 31 from minute intake channel of comb case 3 32 feedings, coarse yarn is scraped by the branch broach in combing roller 34 outsides in minute inner chamber 31 of comb case 3 and is loose into cotton-shaped and be thrown out of from an exit passageway 33 of minute combing case 3, wadding fibrous the entering in the wandering fibril aggregation device 4 that is thrown out of, in the funnel through hole of wandering fibril aggregation device 4 enters into the through wires hole 53 of fibre distributor 51 of hyperbolic needle knitting tube 5, simultaneously two fine yarns are incorporated into to slide up and down in the hyperbolic needle knitting tube 5 and by each crochet hook in wandering fibril aggregation device 4 through hole radially respectively and are woven into the tubular dictyosome, this tubular dictyosome is arranged in 51 2 pairs of through wires holes 53 of fibre distributor, wadding fibrous just being filled into forms new yarn in this tubular dictyosome, this yarn has soft, parent's skin, advantage such as warming.
Also be provided with an inlet wire funnel 6, be provided with the funnel-form inlet wire through hole of a upper-end inner diameter greater than bottom diameter in this inlet wire funnel 6, convenient coarse yarn to needs branch comb leads, and it is entered in feeding roller 1 and the feeding pressure roller 2 smoothly.
Be provided with two all to foreign round surface elastics press closer and rotate in opposite directions feeding roller 1 and feeding pressure roller 2, yarn feeding speed is fast, can feed two simultaneously with the different materials yarn.
Described feeding roller that is provided with that two all to foreign round surface elastics press closer and rotates in opposite directions 1 and feeding pressure roller 2 structures are: also comprise first, two motor 11,12, outer shaft 14 and interior axle 13, to use direction to be benchmark, the outside of axle 13 1 ends in outer shaft 14 is movably set in, first, two motor 11,12 drive respectively in, outer shaft 13,14, feeding roller 1 fixed cover is located on outer shaft 14 lateral walls, another feeding roller 1 fixed cover is located on the lateral wall of interior axle 13 other ends, two feeding pressure rollers 2 can rotational positioning on frame, the twoth feeding roller 1 outer circumference surface presses closer with two corresponding elasticity of feeding pressure roller 2 outer circumference surfaces respectively, first, two motor 11,12 respectively with two feeding rollers 1 with different rotational speed, two feeding rollers 1 just by frictional force respectively with two feeding pressure rollers 2 and two feeding roller 1 transfers in opposite directions, two feeding rollers 1 of this kind structure and two feeding pressure roller 2 coaxial connections respectively, it saves the space, and can feed two different yarns simultaneously, yarn feeding speed is fast, is convenient to control two speed with different materials feeding yarn.
Described two feeding pressure rollers 2 can the structure of rotational positioning on frame be: frame is provided with U type frame 21, be respectively equipped with the locating hole of a horizontal direction on its two opposite side walls, two feeding pressure rollers 2 are movably set in the two ends of a pressure roller shaft respectively, the axial retention of feeding pressure roller shaft is inserted in the locating hole of U type frame 21, also be respectively equipped with a vertical hole on 2 liang of relative sidewalls of feeding pressure roller, these two vertical holes are communicated with the locating hole of two horizontal directions respectively, be provided with two elastic components 22, this elastic component 22 lays respectively in vertical hole, elastic component 22 lower ends press closer the inboard end wall in vertical hole, elastic component 22 upper ends press closer the outer circumference surface of pressure roller shaft, guarantee that two feeding pressure rollers 2 press yarn and drive its feeding with two rollers respectively so constantly, prevent the situation generation that yarn skids.
Described branch comb case 3 inboard adjacent two cylindrical cavities 31 are the tangent state of excircle to be arranged, and guarantees that coarse yarn can be divided comb broken in inner chamber 31 fully, prevents the dead angle area that the branch broach can't touch.
The described structure of inboard two adjacent inner chamber 31 internal communication of comb case 3 of will dividing is: be provided with the guide channel 35 of its length direction and interior two inner chambers, 31 axial connecting line off plumbs inclination between the two adjacent inner chambers 31, the guide channel of this inclination about in the of 35 two madial walls tangent with the inside circumference wall of an inner chamber 31 respectively.
Intake channel 32 on the described branch comb case 3 and exit passageway 33 are respectively with tangent with its inner chamber that is communicated with 31 inside circumference walls, and intake channel 32 is tangent relation in the same way with guide channel 35 with respect to their common tangent inner chambers 31, exit passageway 33 also is tangent relation in the same way with guide channel 35 with respect to their common tangent inner chambers 31, intake channel 32, guide channel 35 and exit passageway 33 and two adjacent inner chamber 31 madial walls are connected and form the passage of a serpentine, be convenient to entering and fibroflocculent throwing away of filamental thread like this, and have directionality during wadding fibrous throwing away, prevent that wadding fibrous unrest from flying.
The branch broach of described two adjacent branch comb rod periphery is oblique arrangement dorsad, it is consistent to be positioned at branch broach and intake channel 32 incline directions that the branch of the inner chamber 31 that is communicated with intake channel 32 combs on the rod, the branch broach and exit passageway 33 incline directions that are positioned on the branch comb rod of the inner chamber 31 that is communicated with exit passageway 33 are consistent, guarantee that coarse yarn is brought into inner chamber 31 fast and carried out branch and comb and guarantee that simultaneously the wadding fibrous branch that can throw away fast combs case 3.
The through wires hole 53 of described fibre distributor 51 inboards is the funnel-form of upper end internal diameter greater than the hypomere internal diameter, and fibre distributor 51 upper ends just cover the positive lower end of funnel through hole that is positioned at the stream fibril aggregation device that looses, be convenient to wadding fibrous being filled into fast in the tubular dictyosome, prevent wadding fibrous generation obstruction and cause the wadding fibrous uneven situation generation of filling.
Claims (10)
1. wadding fibrous inserting apparatus, it is characterized in that: comprise frame, feeding roller (1), feeding pressure roller (2), divide comb case (3), wandering fibril aggregation device (4) and hyperbolic needle knitting tube (5), to use direction to be benchmark, at least one pair of feeding roller (1) and feeding pressure roller (2) outer circumference surface elasticity press closer and in opposite directions rotational positioning on minute frame of comb case (3) top, divide comb case (3) inboard to be provided with at least two cylindrical cavities that are interconnected (31), be respectively equipped with intake channel (32) and exit passageway (33) on two inner chambers (31) that deviate from mutually on the casing with external communications, divide to penetrate to rotate in each cylindrical cavity (31) and be provided with combing roller (34), combing roller (34) periphery wall is provided with the branch broach, two adjacent branch comb rods can rotate under driven by motor in opposite directions, wandering fibril aggregation device (4) is provided with the funnel through hole of upper-end inner diameter greater than bottom diameter, the funnel through-hole side wall is provided with a pair of through hole radially, the funnel through hole upper end of wandering fibril aggregation device (4) is communicated with the exit passageway (33) that divides comb case (3), the funnel through hole lower end of wandering fibril aggregation device (4) is communicated with hyperbolic needle knitting tube (5) upper end, be provided with a fibre distributor (51) in the hyperbolic needle knitting tube (5), fibre distributor (51) longitudinal side wall is provided with some needle trays longitudinally (52), some crochet hooks one by one to should be able to being positioned in each needle tray (52) in longitudinal sliding motion, and fibre distributor (51) inboard is provided with a through wires hole (53) that connects.
2. wadding fibrous inserting apparatus according to claim 1 is characterized in that: also be provided with an inlet wire funnel (6), be provided with the funnel-form inlet wire through hole of a upper-end inner diameter greater than bottom diameter in this inlet wire funnel (6).
3. wadding fibrous inserting apparatus according to claim 1 is characterized in that: be provided with two all to foreign round surface elastics press closer and rotate in opposite directions feeding roller (1) and feeding pressure roller (2).
4. wadding fibrous inserting apparatus according to claim 3, it is characterized in that: the described feeding roller (1) that is provided with that two all to foreign round surface elastics press closer and rotates in opposite directions and feed pressure roller (2) structure and be: also comprise first, two motor (11,12), outer shaft (14) and interior axle (13), to use direction to be benchmark, outer shaft (14) is movably set in the outside of interior axle (13) one ends, first, two motor (11,12) drive respectively in, outer shaft (13,14), a feeding roller (1) fixed cover is located on outer shaft (14) lateral wall, another feeding roller (1) fixed cover is located on the lateral wall of interior axle (13) other end, two feeding pressure rollers (2) can rotational positioning on frame, the twoth feeding roller (1) outer circumference surface presses closer with the corresponding elasticity of two feeding pressure rollers (2) outer circumference surface respectively.
5. wadding fibrous inserting apparatus according to claim 4, it is characterized in that: described two feeding pressure rollers (2) can the structure of rotational positioning on frame be: frame is provided with U type frame (21), be respectively equipped with the locating hole of a horizontal direction on its two opposite side walls, two feeding pressure rollers (2) are movably set in the two ends of a pressure roller shaft respectively, the axial retention of feeding pressure roller shaft is inserted in the locating hole of U type frame (21), also be respectively equipped with a vertical hole on the relative sidewall of feeding pressure roller (2) two, these two vertical holes are communicated with the locating hole of two horizontal directions respectively, be provided with two elastic components (22), this elastic component (22) lays respectively in vertical hole, elastic component (22) lower end presses closer the inboard end wall in vertical hole, and elastic component (22) upper end presses closer the outer circumference surface of pressure roller shaft.
6. wadding fibrous inserting apparatus according to claim 1 is characterized in that: inboard adjacent two cylindrical cavities of described branch comb case (3) (31) are the tangent state of excircle and arrange.
7. wadding fibrous inserting apparatus according to claim 1, it is characterized in that: the described structure of inboard two adjacent inner chamber (31) internal communication of comb case (3) of will dividing is: be provided with the guide channel (35) that its length direction and interior two inner chambers (31) axial connecting line off plumb tilt between the two adjacent inner chambers (31), the guide channel of this inclination (35) two madial walls up and down is tangent with the inside circumference wall of an inner chamber (31) respectively.
8. wadding fibrous inserting apparatus according to claim 7, it is characterized in that: intake channel (32) on the described branch comb case (3) and exit passageway (33) divide to be penetrated with tangent with its inner chamber that is communicated with (31) inside circumference wall, and intake channel (32) is tangent relation in the same way with guide channel (35) with respect to their common tangent inner chambers (31), and exit passageway (33) also is tangent relation in the same way with guide channel (35) with respect to their common tangent inner chambers (31).
9. wadding fibrous inserting apparatus according to claim 8, it is characterized in that: the branch broach of described two adjacent branch comb rod periphery is oblique arrangement dorsad, the branch broach and intake channel (32) incline direction that are positioned on the branch comb rod of the inner chamber (31) that is communicated with intake channel (32) are consistent, and it is consistent to be positioned at branch broach and exit passageway (33) incline direction combed on the rod with the branch of the inner chamber (31) of exit passageway (33) connection.
10. wadding fibrous inserting apparatus according to claim 1, it is characterized in that: the inboard through wires hole (53) of described fibre distributor (51) is the funnel-form of upper end internal diameter greater than the hypomere internal diameter, and fibre distributor (51) upper end just covers the positive lower end of funnel through hole that is positioned at the stream fibril aggregation device that looses.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101962787A CN102286811A (en) | 2011-07-14 | 2011-07-14 | Flocculent fiber feeding equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101962787A CN102286811A (en) | 2011-07-14 | 2011-07-14 | Flocculent fiber feeding equipment |
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| Publication Number | Publication Date |
|---|---|
| CN102286811A true CN102286811A (en) | 2011-12-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011101962787A Pending CN102286811A (en) | 2011-07-14 | 2011-07-14 | Flocculent fiber feeding equipment |
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| CN (1) | CN102286811A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105040193A (en) * | 2015-08-21 | 2015-11-11 | 江南大学 | Double-sliver asynchronous feeding and three-level carding rotor spinning method and device |
| CN105155054A (en) * | 2015-08-21 | 2015-12-16 | 江南大学 | High-efficiency high-yield rotor spinning method using three carding rollers and device implementing same |
| CN108085815A (en) * | 2018-01-17 | 2018-05-29 | 江苏薪泽奇机械股份有限公司 | A kind of air yarn textile mechanism |
| CN112553738A (en) * | 2020-11-27 | 2021-03-26 | 江苏科技大学 | Double-feeding double-bevel-tooth carding wool spraying machine |
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| GB2085485B (en) * | 1980-10-20 | 1984-06-13 | Sulzer Morat Gmbh | Circular knitting machine for producing knitted goods with combed-in fibres |
| US4458506A (en) * | 1980-10-11 | 1984-07-10 | Sulzer Morat Gmbh | Circular knitting or circular hosiery knitting machine for manufacture of knit wares of hosiery with combed-in fibers |
| CN86202114U (en) * | 1986-04-01 | 1987-02-04 | 长沙市被服厂 | Non-weaving fabric carding machine |
| US4765156A (en) * | 1984-09-13 | 1988-08-23 | Sulzer Morat Gmbh | Circular knitting machine for producing knit goods with combed-in fibers |
| CN1039633A (en) * | 1988-07-09 | 1990-02-14 | 泽本产业株式会社 | The manufacturing installation of knitted fabric coating line |
| US5027594A (en) * | 1987-11-13 | 1991-07-02 | 3 B Di Ballerini & C. S.N.C. | Equipment for producing a yarn having loosened fibers and binding threads |
| US5211034A (en) * | 1990-08-23 | 1993-05-18 | Compagnia Meccanotessile S.R.L. | Device for producing a yarn using fibers retained in a tubular knitted manufactured article |
| CN202202063U (en) * | 2011-07-14 | 2012-04-25 | 昆山牧丰纺织有限公司 | Flocculent fibre feeding equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US2520010A (en) * | 1947-09-11 | 1950-08-22 | Western Electric Co | Knitting head for knitting machines |
| US4458506A (en) * | 1980-10-11 | 1984-07-10 | Sulzer Morat Gmbh | Circular knitting or circular hosiery knitting machine for manufacture of knit wares of hosiery with combed-in fibers |
| GB2085485B (en) * | 1980-10-20 | 1984-06-13 | Sulzer Morat Gmbh | Circular knitting machine for producing knitted goods with combed-in fibres |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105040193A (en) * | 2015-08-21 | 2015-11-11 | 江南大学 | Double-sliver asynchronous feeding and three-level carding rotor spinning method and device |
| CN105155054A (en) * | 2015-08-21 | 2015-12-16 | 江南大学 | High-efficiency high-yield rotor spinning method using three carding rollers and device implementing same |
| CN105155054B (en) * | 2015-08-21 | 2018-02-16 | 江南大学 | The rotor spinning method and device of three-level combing roller |
| CN108085815A (en) * | 2018-01-17 | 2018-05-29 | 江苏薪泽奇机械股份有限公司 | A kind of air yarn textile mechanism |
| CN112553738A (en) * | 2020-11-27 | 2021-03-26 | 江苏科技大学 | Double-feeding double-bevel-tooth carding wool spraying machine |
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Application publication date: 20111221 |
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