CN103266373B - Full-automatic false twist texturing machine - Google Patents
Full-automatic false twist texturing machine Download PDFInfo
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- CN103266373B CN103266373B CN201310174636.3A CN201310174636A CN103266373B CN 103266373 B CN103266373 B CN 103266373B CN 201310174636 A CN201310174636 A CN 201310174636A CN 103266373 B CN103266373 B CN 103266373B
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Abstract
The present invention relates to a kind of full-automatic false twist texturing machine, this false twist texturing machine is by guide frame device, chasing-attachment, feeding draw-off godet device, pneumatic spinning-in system, heater, cooling device, electronics false-twisting device, drawing-off draw-off godet device, network nozzle device, HEAT SETTING draw-off godet device, plying aspirator device, export draw-off godet device, visit silk device, oiling device, automatic wire feeding device, electronics traversing gear, coiler device, automatic tube ejector, conveying bobbin device links together, full-automatic false twist texturing machine of the present invention, precursor feeds through draw-off godet device, by pneumatic spinning-in system repiece, heating, cooling, false twisting, pass through drawing-off, thermal conductance wire tray device is shaped, electronics coiler device reels, fully achieve repiece, doff automation, reduce labor intensity, single ingot single control, a machine can spin the silk of multi items simultaneously.
Description
Technical field
The invention belongs to false twist texturing machine field, be specifically related to a kind of full-automatic false twist texturing machine.
Background technology
During the technical merit of domestic false twist texturing machine is in substantially, low level, the feeding of the artificial repiece of low and middle-end machine, roller, the sizing of hot case, machinery winding, there is manual operation labour intensity large, the shortcomings such as recruitment is many, apron in roller feeding unit simultaneously, roller is easy to wear, and affect silk quality, production efficiency is low; Middle terminal is given prominence to and is slightly made improvements in pneumatic repiece, draw-off godet feed two, and the pneumatic repiece comparing low and middle-end machine is convenient, slightly reduces labour intensity; Draw-off godet feeding unit list ingot single control, improves transmission efficiency, improves a quality, micro-ly improves production efficiency, reduce maintenance cost, but middle terminal is in spinning process, can only only processes the yarn of single variety.
Summary of the invention
Technical problem to be solved by this invention is: realize the false twist texturing to terylene and polyamide fibre two kinds of long filaments, thus a kind of full-automatic false twist texturing machine is provided, it is by electric programme-control, the feeding of draw-off godet device, pneumatic spinning-in system repiece, draw-off godet drawing-off, the sizing of thermal conductance wire tray device, draw-off godet export, repiece automation, electronics coiler device winding, achieve doff, replace tubes, reduce labor intensity; Single ingot single control, reaches the silk that a machine can spin multi items simultaneously.
Technical scheme of the present invention is: a kind of full-automatic false twist texturing machine, comprises guide frame device, chasing-attachment, feeding draw-off godet device, pneumatic spinning-in system, heater, cooling device, electronics false-twisting device, drawing-off draw-off godet device, network nozzle device, HEAT SETTING draw-off godet device, plying aspirator device, export draw-off godet device, visit silk device, oiling device, automatic wire feeding device, electronics traversing gear, coiler device, automatic tube ejector, conveying bobbin device, guide frame device is arranged on the right side of this false twist texturing machine, chasing-attachment is arranged on the upper left side of guide frame device, feeding draw-off godet device is arranged on the below of chasing-attachment, pneumatic spinning-in system be arranged on chasing-attachment and feeding draw-off godet device upper right side and from the horizontal by 37 ~ 42 ° of angles, heater be arranged on pneumatic spinning-in system top and from the horizontal by 30 ~ 34 ° of angles, cooling device be arranged on heater lower left and from the horizontal by 12 ~ 16 ° of angles, electronics false-twisting device is arranged on the below of cooling device, drawing-off draw-off godet device is arranged on the lower left side of electronics false-twisting device, network nozzle device is arranged on the below of drawing-off draw-off godet device, HEAT SETTING draw-off godet device is arranged on the below of network nozzle device, plying aspirator device is arranged on the right front of HEAT SETTING draw-off godet device, export the right side that draw-off godet device is arranged on plying aspirator device, visit silk device and be arranged on the below exporting draw-off godet device, oiling device is arranged on the below visiting silk device, automatic wire feeding device is arranged on the left side of oiling device, electronics traversing gear is arranged on the left side of automatic open-end spinning machine, coiler device is arranged on the left side of electronics traversing gear, automatic tube ejector is arranged on the upper left side of coiler device, conveying bobbin device is arranged on the left side of automatic tube ejector.
This Texturing Machines can process terylene and polyamide fibre two kinds of precursor by HEAT SETTING draw-off godet device simultaneously.
Terylene or chinlon filament add man-hour precursor from guide frame device, tractive is out, yarn cutter is entered by thread guide in chasing-attachment, feeding draw-off godet device, precursor is imported in the hot rail of heater respectively by pneumatic spinning-in system and heat, more successively through apparatus for supercooling, electronics false-twisting device, drawing-off draw-off godet device, network nozzle device, HEAT SETTING draw-off godet device, plying aspirator device, export draw-off godet device, visit silk device, oiling device, automatic wire feeding device, electronics traversing gear, coiler device, automatic tube ejector, conveying bobbin device.
Feeding in the present invention, drawing-off, output draw-off godet device all have individual motor to drive, and realize single ingot single control, reduce mechanical oscillation, improve transmission efficiency, machine at high speeds stability inferior is better, clean, safeguard, easy maintenance, reduce maintenance time and expense, improve production efficiency; Without relative sliding between draw-off godet and long filament, reduce the operating frictional force of long filament and make product high-quality more, particularly fine denier filament effect is more obvious; Draw-off godet can keep high synchronism by each ingot interdigit in process of production, reduces energy consumption simultaneously; Pneumatic spinning-in system utilizes compressed air to provide power, promotes slide block mechanism and completes repiece action; Structure is simple, and running resistance is little, raw silk speed uniform and stable, rapid movement when reducing artificial raw silk and the broken end that causes, thus improves the quality of yarn; Each repiece position there is a bat-handle switch, simple to operation, reduce labour intensity; Electronics false-twisting device list ingot single control, " S " sth. made by twisting and " Z " twist with the fingers and exchange conveniently; HEAT SETTING draw-off godet device adopts copper coil heating power that silk thread is heated evenly, with the angle between thermal conductance wire tray, sub-wire rotor can guarantee that silk thread is avoided overlapping in winding process simultaneously, and temperature is controlled the platinum resistance temperature feedback signal be contained in the middle of thermal conductance wire tray and coil by PC management system, energy-conserving and environment-protective, structure is simple, temperature control is stable, low cost of manufacture, volume are little thus reduction complete machine height; Electronics coiler device is made up of mechanisms such as traversing reciprocator, bobbin cradle mechanism, pressure control mechanism, friction roller mechanism, bobbin clips; Whole device is by electric programme-control, spinning package operation is completed: traversing reciprocator does closed-loop control by controller by each mechanism auto-action, controller is also responsible for calculating and controlling whole winding process, comprise: winding method, end face molding control, soft limit function, anti-azido functional, finally, integration procedure parameters in controller, determines that the position of yarn on paper web is distributed, thus obtains high-quality cylinder yarn; Bobbin cradle mechanism is driven by DC brushless motor, brushless driver control, and the controller in traversing reciprocator directly linked by encoder, make the angular speed of the traversing speed of yarn and position and paper web and position synchronous; Pressure control mechanism is responsible for regulating and is kept the constant pressure of paper web and arm room, controls cylinder adjustment pressure, guarantee that pressure remains unchanged when yarn cylinder diameter and changes in weight by controller; Bobbin clip according to the given signal of electric program, automatic transport bobbin.
The present invention compared with prior art has following beneficial effect: false twist texturing machine of the present invention, precursor is through the feeding of draw-off godet device, by drawing-off, heating, cooling, false twisting, thermal conductance wire tray device is shaped, by pneumatic wire feeder wire feed, electronics coiler device is wound into winding bobbin, fully achieve repiece, winding, doff automation, reduce labor intensity; Single ingot single control, a machine can spin the silk of multi items simultaneously.
Accompanying drawing explanation
Fig. 1 is the cross-sectional view of the full-automatic false twist texturing machine of the present invention.
In the problems referred to above: 1-guide frame device, 2-chasing-attachment, 3-feeds draw-off godet device, the pneumatic spinning-in system of 4-, 5-heater, 6-cooling device, 7-electronics false-twisting device, 8-drawing-off draw-off godet device, 9-network nozzle device, 10-HEAT SETTING draw-off godet device, 11-plying aspirator device, 12-exports draw-off godet device, and 13-visits silk device, 14-oiling device, 15-automatic wire feeding device, 16-electronics traversing gear, 17-coiler device, the automatic tube ejector of 18-, 19-carries bobbin device.
Detailed description of the invention
Embodiment 1: a kind of full-automatic false twist texturing machine, comprise guide frame device 1, chasing-attachment 2, feeding draw-off godet device 3, pneumatic spinning-in system 4, heater 5, cooling device 6, electronics false-twisting device 7, drawing-off draw-off godet device 8, network nozzle device 9, HEAT SETTING draw-off godet device 10, plying aspirator device 11, export draw-off godet device 12, visit silk device 13, oiling device 14, automatic wire feeding device 15, electronics traversing gear 16, coiler device 17, automatic tube ejector 18, conveying bobbin device 19, guide frame device 1 is arranged on the right side of this false twist texturing machine, chasing-attachment 2 is arranged on the upper left side of guide frame device 1, feeding draw-off godet device 3 is arranged on the below of chasing-attachment 2, pneumatic spinning-in system 4 be arranged on chasing-attachment 2 and feeding draw-off godet device 3 upper right side and from the horizontal by 37 ° of angles, heater 5 be arranged on pneumatic spinning-in system 4 top and from the horizontal by 30 ° of angles, cooling device 6 be arranged on heater 5 lower left and from the horizontal by 12 ° of angles, electronics false-twisting device 7 is arranged on the below of cooling device 6, drawing-off draw-off godet device 8 is arranged on the lower left side of electronics false-twisting device 7, network nozzle device 9 is arranged on the below of drawing-off draw-off godet device 8, HEAT SETTING draw-off godet device 10 is arranged on the below of network nozzle device 9, plying aspirator device 11 is arranged on the right front of HEAT SETTING draw-off godet device 10, export the right side that draw-off godet device 12 is arranged on plying aspirator device 11, visit silk device 13 and be arranged on the below exporting draw-off godet device 12, oiling device 14 is arranged on the below visiting silk device 13, automatic wire feeding device 15 is arranged on the left side of oiling device 14, electronics traversing gear 16 is arranged on the left side of automatic open-end spinning machine 15, coiler device 17 is arranged on the left side of electronics traversing gear 16, automatic tube ejector 18 is arranged on the upper left side of coiler device 17, conveying bobbin device 19 is arranged on the left side of automatic tube ejector 18.
Embodiment 2: only pneumatic spinning-in system 4 is arranged on chasing-attachment 2 and feeding draw-off godet device 3 upper right side and from the horizontal by 39 ° of angles, heater 5 be arranged on pneumatic spinning-in system 4 top and from the horizontal by 31 ° of angles, cooling device 6 is arranged on the lower left of heater 5 and from the horizontal by 14 ° of angles, other structure is constant.
Embodiment 3: only pneumatic spinning-in system 4 is arranged on chasing-attachment 2 and feeding draw-off godet device 3 upper right side and from the horizontal by 42 ° of angles, heater 5 be arranged on pneumatic spinning-in system 4 top and from the horizontal by 34 ° of angles, cooling device 6 is arranged on the lower left of heater 5 and from the horizontal by 16 ° of angles, other structure is constant.
The course of work of the present invention:
For polyamide fibre: polyamide fibre precursor tractive thread guide out in chasing-attachment 2 from the fiber tube guide frame device 1 enters yarn cutter again, out enter feeding draw-off godet device 3 from yarn cutter and be wound around 3-5 circles, chasing-attachment thread guide is entered after laying out, heated in the hot rail of heater 5 by pneumatic spinning-in system 4 wire feed, cool through apparatus for supercooling 6 successively again, electronics false-twisting device 7 false twisting, then introduce after being wound around 3-5 circles on drawing-off draw-off godet device 8 and export draw-off godet device 12, enter after output draw-off godet device 12 is wound around 3-5 circles and visit silk device 13, then the thread guide and the oiling roller that enter oiling device 14 oil, enter into the intaking pipe of the raw silk hand of automatic wire feeding device 15 again, automatic tube ejector 18 is transported to coiler device 17 from conveying bobbin device 19 gripping bobbin, time electronics traversing gear 16 starts reciprocating, raw silk hand wire feed is to coiler device 17, time the winding chuck of coiler device 17 and friction tube follow electronics traversing gear 16 rotation, chuck starts after staying tailfiber to enter winding work, after full cylinder, yarn probe sends local flaw signal, full cylinder silk doff is in conveying bobbin device 19, then tube ejector 18 is transported to coiler device 17 from conveying bobbin device 19 gripping bobbin automatically, automatic tube ejector 18 continues from gripping coiler device 17 work of entering.
For terylene: terylene precursor tractive thread guide out in chasing-attachment 2 from the fiber tube guide frame device 1 enters yarn cutter again, out enter feeding draw-off godet device 3 from yarn cutter and be wound around 3-5 circles, chasing-attachment thread guide is entered after laying out, heated in the hot rail of heater 5 by pneumatic spinning-in system 4 wire feed, cool through apparatus for supercooling 6 successively again, electronics false-twisting device 7 false twisting, then network nozzle device 9 is introduced after being wound around 3-5 circles on drawing-off draw-off godet device 8, introduce HEAT SETTING draw-off godet device 10 through thread guide and be wound around 10-15 circle heat-shapings, introduce through thread guide again and export draw-off godet device 12, enter after output draw-off godet device 12 is wound around 3-5 circles and visit silk device 13, then the thread guide and the oiling roller that enter oiling device 14 oil, enter into the intaking pipe of the raw silk hand of automatic wire feeding device 15 again, automatic tube ejector 18 is transported to coiler device 17 from conveying bobbin device 19 gripping bobbin, time electronics traversing gear 16 starts reciprocating, raw silk hand wire feed is to coiler device 17, time the winding chuck of coiler device 17 and friction tube follow electronics traversing gear 16 rotation, chuck starts after staying tailfiber to enter winding work, after full cylinder, yarn probe sends local flaw signal, full cylinder silk doff is in conveying bobbin device 19, then tube ejector 18 is transported to coiler device 17 from conveying bobbin device 19 gripping bobbin automatically, automatic tube ejector 18 continues from gripping coiler device 17 work of entering.Each device of above-mentioned 1-19 is produced by Jingwei Textile Machinery Co., Ltd., commercially open.
Claims (2)
1. a full-automatic false twist texturing machine, comprises guide frame device, chasing-attachment, feeding draw-off godet device, pneumatic spinning-in system, heater, cooling device, electronics false-twisting device, drawing-off draw-off godet device, network nozzle device, HEAT SETTING draw-off godet device, plying aspirator device, export draw-off godet device, visit silk device, oiling device, automatic wire feeding device, electronics traversing gear, coiler device, automatic tube ejector, conveying bobbin device, it is characterized in that: guide frame device is arranged on the right side of this false twist texturing machine, chasing-attachment is arranged on the upper left side of guide frame device, feeding draw-off godet device is arranged on the below of chasing-attachment, pneumatic spinning-in system be arranged on chasing-attachment and feeding draw-off godet device upper right side and from the horizontal by 37 ~ 42 ° of angles, heater be arranged on pneumatic spinning-in system top and from the horizontal by 30 ~ 34 ° of angles, cooling device be arranged on heater lower left and from the horizontal by 12 ~ 16 ° of angles, electronics false-twisting device is arranged on the below of cooling device, drawing-off draw-off godet device is arranged on the lower left side of electronics false-twisting device, network nozzle device is arranged on the below of drawing-off draw-off godet device, HEAT SETTING draw-off godet device is arranged on the below of network nozzle device, plying aspirator device is arranged on the right front of HEAT SETTING draw-off godet device, export the right side that draw-off godet device is arranged on plying aspirator device, visit silk device and be arranged on the below exporting draw-off godet device, oiling device is arranged on the below visiting silk device, automatic wire feeding device is arranged on the left side of oiling device, electronics traversing gear is arranged on the left side of automatic wire feeding device, coiler device is arranged on the left side of electronics traversing gear, automatic tube ejector is arranged on the upper left side of coiler device, conveying bobbin device is arranged on the left side of automatic tube ejector.
2. the full-automatic false twist texturing machine of one according to claim 1, is characterized in that: this Texturing Machines can process terylene and polyamide fibre two kinds of precursor simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310174636.3A CN103266373B (en) | 2013-05-13 | 2013-05-13 | Full-automatic false twist texturing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310174636.3A CN103266373B (en) | 2013-05-13 | 2013-05-13 | Full-automatic false twist texturing machine |
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| Publication Number | Publication Date |
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| CN103266373A CN103266373A (en) | 2013-08-28 |
| CN103266373B true CN103266373B (en) | 2016-01-06 |
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| CN201310174636.3A Expired - Fee Related CN103266373B (en) | 2013-05-13 | 2013-05-13 | Full-automatic false twist texturing machine |
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| CN104404668A (en) * | 2014-11-27 | 2015-03-11 | 江苏海源机械有限公司 | Multi-spindle chemical fiber high-speed elastic yarn machine structure |
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| CN108660642B (en) * | 2018-07-13 | 2023-09-29 | 马子男 | Silk thread dyeing nozzle assembly and elasticizer with nozzle assembly |
| CN109652884A (en) * | 2018-12-15 | 2019-04-19 | 绍兴舒鑫化纤有限公司 | A kind of cladding elasticizer |
| CN113062020A (en) * | 2021-04-08 | 2021-07-02 | 浙江桐昆新材料研究院有限公司 | Preparation device and preparation method of co-dyeing and heterochromatic fat and thin DTY |
| CN113638091B (en) * | 2021-08-02 | 2022-12-13 | 杭州耐维科技有限公司 | Method for manufacturing fine denier yarn by utilizing full-automatic texturing equipment |
| CN114803705B (en) * | 2022-03-23 | 2024-06-21 | 无锡宏源机电科技股份有限公司 | Fiber machine |
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| CN103266373A (en) | 2013-08-28 |
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