CN204454041U - A kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine - Google Patents
A kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine Download PDFInfo
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- CN204454041U CN204454041U CN201420844974.3U CN201420844974U CN204454041U CN 204454041 U CN204454041 U CN 204454041U CN 201420844974 U CN201420844974 U CN 201420844974U CN 204454041 U CN204454041 U CN 204454041U
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Abstract
The utility model discloses a kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine, comprise frame, bench board and at least one winder unit frame be equipped with, winder unit comprises the grooved drum box and control box that are installed on mair motor in frame and be installed on bench board, mair motor is connected with grooved drum box by driving device, control box is provided with controller, actuator and master cock, controller is connected with mair motor with master cock by circuit, overfeeding motor and oiling motor are installed in control box, the rotating shaft of overfeeding motor is taken turns with overfeeding and is connected, overfeeding motor is connected with controller by circuit, refuel motor rotating shaft with add oil tanker and be connected, the motor that refuels is connected with controller by circuit, bench board is movably installed with two strut bars, between two strut bars, erection has ingot hack lever, ingot hack lever above grooved drum box is movably installed with at least one ingot frame, two strut bars are provided with stay bearing plate, stay bearing plate above grooved drum box is provided with at least one line wheel erecting frame.
Description
Technical field
The present invention relates to mechanical field, particularly relate to a kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine.
Background technology
In order to keep the elasticity of false-twist textured yarn, making the false-twist textured yarn of institute's rewinding more loose, the elastic force of false-twist textured yarn can not be destroyed.Traditional false-twist textured yarn reeled yarn winder oils and must just can complete by rewinding at twice.The various increase error rate of operation, thus affect yield rate and product design.Traditional bobbin-winding machine is operated by driven by motor many ingots friction roller simultaneously simultaneously, cannot complete single ingot broken string and shut down, and cause yarn to waste, affect work efficiency.
Summary of the invention
The invention provides a kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine.There is single ingot disconnection self-stopping, independently count length, the feature of false-twist textured yarn tightness can be adjusted.
In order to achieve the above object, technical scheme of the present invention is: a kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine, comprise frame, bench board and at least one winder unit described frame be equipped with, described winder unit comprises the grooved drum box and control box that are installed on mair motor in frame and be installed on bench board, described mair motor is connected with grooved drum box by driving device, described control box is provided with controller, actuator and master cock, described controller is connected with actuator with master cock respectively by circuit, described actuator is connected with mair motor by circuit, described master cock is connected with external power by circuit, overfeeding motor and oiling motor are installed in described control box, the rotating shaft of described overfeeding motor is taken turns with overfeeding and is connected, described overfeeding motor is connected with controller by circuit, the rotating shaft of described oiling motor with add oil tanker and be connected, described oiling motor is connected with controller by circuit, described bench board is provided with two strut bars, between described two strut bars, erection has ingot hack lever, described ingot hack lever is movably installed with at least one ingot frame, described ingot chord position is above one of them grooved drum box.Described two strut bars are provided with stay bearing plate, described stay bearing plate are provided with at least one spool erecting frame, described spool erecting frame is positioned at above one of them grooved drum box.
Described grooved drum box offers groove, friction wheel and groove drum are installed in described grooved drum box, described groove drum offers helical flute, described helical flute is provided with laying head, described laying head is movably connected through groove and helical flute, described driving device comprises the first power wheel be installed on friction wheel and the second power wheel be installed on groove drum, described first power wheel is provided with driving band, described driving band is connected with the 3rd power wheel by winding second power wheel, and described 3rd power wheel is connected with the rotating shaft of mair motor.
Described control box is provided with infrared ray yarn probe, described infrared ray yarn probe is connected with controller by circuit.
The invention has the beneficial effects as follows: change independent every ingot individual motor into by traditional driven by motor entire machine transmission and control, single ingot disconnection self-stopping can be played, independently count length.Adopt the infrared ray yarn probe that sensitivity is higher to detect yarn, also there is motor overload protection.DC machine is adopted to replace alternating current dynamo, can effective energy efficient.Traditional false-twist textured yarn reeled yarn winder oils and just must can make that fallen silk thread is more loose can not destroy elastic force by rewinding at twice, and the machine have employed the overfeeding wheel of active yarn transmission, independently can adjust again overfeeding wheel with the speed ratio between main reel, thus fallen false-twist textured yarn tightness can be made arbitraryly to adjust, oil after improvement, rewinding can disposablely to complete.The principle adopting master file to receive limit around motor frequency conversion and bobbin reaches anti-stacked effect.The time standby frequency conversion of starting controls slow start, and make yarn tension can not destroy the tension force of yarn because speed accelerates quickly, actv. prevents start Yarn break, improves the running velocity of machine.Head that is directly perceived and that can realize the switch of entire machine, speed governing, meter long controls.Ingot frame both sides elastomeric pad and centre big spring are fixed, and turn over up and down with atmospheric pressure pole thus prevent the shake of spindle, achieving hi-speed spindles and shake the difficult problem causing silk thread to bind foot.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the structural representation of control box of the present utility model;
Fig. 3 is grooved drum box structural representation of the present utility model;
Fig. 4 is the structural representation of grooved drum box of the present utility model and mair motor;
Fig. 5 is the right elevation of grooved drum box of the present utility model and mair motor.
Detailed description of the invention
Embodiment 1
A kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine as Figure 1-5, comprise frame 1, bench board 2 and at least one winder unit described frame 1 be equipped with, described winder unit comprises and is installed on mair motor in frame 13 and the grooved drum box 4 be installed on bench board 2 and control box 5, described mair motor 3 is connected with grooved drum box 4 by driving device, described control box 5 is provided with controller 6, actuator 29 and master cock 7, described controller 6 is connected with actuator 29 with master cock 7 respectively by circuit, described actuator 29 is connected with mair motor 3 by circuit, described master cock 7 is connected with external power by circuit, overfeeding motor 8 and oiling motor 9 are installed in described control box 5, rotating shaft and the overfeeding of described overfeeding motor 8 are taken turns 10 and are connected, described overfeeding motor 8 is connected with controller 6 by circuit, the rotating shaft of described oiling motor 9 with add oil tanker 25 and be connected, described oiling motor 9 is connected with controller 6 by circuit, described bench board 2 is provided with two strut bars 11, between described two strut bars 11, erection has ingot hack lever 12, described ingot hack lever 12 is movably installed with at least one ingot frame 13, described ingot frame 13 is positioned at above one of them grooved drum box 4.Described two strut bars 11 are provided with stay bearing plate 14, described stay bearing plate 14 are provided with at least one spool erecting frame 15, described spool erecting frame 15 is positioned at above one of them grooved drum box 4.
Described grooved drum box 4 offers groove 26, friction wheel 17 and groove drum 19 are installed in described grooved drum box 4, described groove drum 19 offers helical flute 27, described helical flute 27 is provided with laying head 20, described laying head 20 is movably connected through groove 26 and helical flute 27, described driving device comprises the first power wheel 21 be installed on friction wheel 17 and the second power wheel 28 be installed on groove drum 19, described first power wheel 21 is provided with driving band 22, described driving band 22 is connected with the 3rd power wheel 23 by winding second power wheel 28, described 3rd power wheel 23 is connected with the rotating shaft of mair motor 3.
Described control box 5 is provided with infrared ray yarn probe 24, and described infrared ray yarn probe 24 is connected with controller 6 by circuit.
A using method for single ingot conputer controlled false-twist textured yarn bobbin-winding machine, comprises the following steps:
1) spool is installed on ingot frame 13;
2) reeled yarn line wheel is installed on spool erecting frame 15, false-twist textured yarn the end of a thread is walked around successively overfeeding wheel 10 and and add oil tanker 25 and pass infrared ray yarn probe 24 successively and be connected with spool with laying head 20;
3) master cock 7 is opened, controller 6 and actuator 29 are energized successively and control mair motor 3 and accelerate gradually to rotate, the rotating shaft controlling mair motor 3 drives the 3rd power wheel 23 to rotate, the first power wheel 21 and the second power wheel 28 is driven to rotate by driving band 22, first power wheel 21 drives friction wheel 17 to rotate, friction wheel 17 drives spool to rotate by friction force, false-twist textured yarn is driven to carry out winder, second power wheel 28 drives groove drum 19 to rotate simultaneously, laying head 20 is driven to move along helical flute 27, laying head 20 is moved back and forth in groove, thus the winder controlling false-twist textured yarn is shaping,
4) control overfeeding motor 8 with Time Controller 6 to rotate with oiling motor 9, overfeeding motor (8) drives overfeeding wheel 10 to rotate, motor 9 drive of refueling adds oil tanker 25 and rotates, control infrared ray yarn probe (24) energising with Time Controller 6 to detect, control overfeeding motor 8 simultaneously and feed back tach signal to controller 6 with oiling motor 9, controller 6 calculates spool winding yarn length according to mair motor 3 tach signal;
5) revolution ratio of overfeeding motor 8 and mair motor 3 is controlled to control the tightness of false-twist textured yarn;
6) when infrared ray yarn probe 24 detects that false-twist textured yarn breaks, feed back to controller 6, controller 6 controls mair motor 3, overfeeding motor 8 respectively and the motor (9) that refuels is shut down;
7) connect and break and repeat step 3-5;
8) when controller 6 reaches preset value according to the spool winding yarn length that mair motor 3 tach signal calculates, controller 6 controls mair motor 3, overfeeding motor 8 and the motor 9 that refuels is shut down, and takes out the bobbin reeled, and completes winder.
Embodiment 2
A kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine as Figure 1-5, comprise frame 1, bench board 2 and 4 winder unit described frame 1 are equipped with, described winder unit comprises and is installed on mair motor in frame 13 and the grooved drum box 4 be installed on bench board 2 and control box 5, described mair motor 3 is connected with grooved drum box 4 by driving device, described control box 5 is provided with controller 6, actuator 29 and master cock 7, described controller 6 is connected with actuator 29 with master cock 7 respectively by circuit, described actuator 29 is connected with mair motor 3 by circuit, described master cock 7 is connected with external power by circuit, overfeeding motor 8 and oiling motor 9 are installed in described control box 5, rotating shaft and the overfeeding of described overfeeding motor 8 are taken turns 10 and are connected, described overfeeding motor 8 is connected with controller 6 by circuit, the rotating shaft of described oiling motor 9 with add oil tanker 25 and be connected, described oiling motor 9 is connected with controller 6 by circuit, described bench board 2 is provided with two strut bars 11, between described two strut bars 11, erection has ingot hack lever 12, described ingot hack lever 12 is movably installed with 4 ingot framves 13, described each ingot frame 13 is positioned at above one of them grooved drum box 4.Described two strut bars 11 are provided with stay bearing plate 14, described stay bearing plate 14 are provided with 4 spool erecting frames 15, described spool erecting frame 15 is positioned at above one of them grooved drum box 4.
Described grooved drum box 4 offers groove 26, friction wheel 17 and groove drum 19 are installed in described grooved drum box 4, described groove drum 19 offers helical flute 27, described helical flute 27 is provided with laying head 20, described laying head 20 is movably connected through groove 26 and helical flute 27, described driving device comprises the first power wheel 21 be installed on friction wheel 17 and the second power wheel 28 be installed on groove drum 19, described first power wheel 21 is provided with driving band 22, described driving band 22 is connected with the 3rd power wheel 23 by winding second power wheel 28, described 3rd power wheel 23 is connected with the rotating shaft of mair motor 3.
Described control box 5 is provided with infrared ray yarn probe 24, and described infrared ray yarn probe 24 is connected with controller 6 by circuit.
A using method for single ingot conputer controlled false-twist textured yarn bobbin-winding machine, comprises the following steps:
1) spool is installed on ingot frame 13;
2) reeled yarn line wheel is installed on spool erecting frame 15, false-twist textured yarn the end of a thread is walked around successively overfeeding wheel 10 and and add oil tanker 25 and pass infrared ray yarn probe 24 successively and be connected with spool with laying head 20;
3) master cock 7 is opened, controller 6 and actuator 29 are energized successively and control mair motor 3 and accelerate gradually to rotate, the rotating shaft controlling mair motor 3 drives the 3rd power wheel 23 to rotate, the first power wheel 21 and the second power wheel 28 is driven to rotate by driving band 22, first power wheel 21 drives friction wheel 17 to rotate, friction wheel 17 drives spool to rotate by friction force, false-twist textured yarn is driven to carry out winder, second power wheel 28 drives groove drum 19 to rotate simultaneously, laying head 20 is driven to move along helical flute 27, laying head 20 is moved back and forth in groove, thus the winder controlling false-twist textured yarn is shaping,
4) control overfeeding motor 8 with Time Controller 6 to rotate with oiling motor 9, overfeeding motor (8) drives overfeeding wheel 10 to rotate, motor 9 drive of refueling adds oil tanker 25 and rotates, control infrared ray yarn probe (24) energising with Time Controller 6 to detect, control overfeeding motor 8 simultaneously and feed back tach signal to controller 6 with oiling motor 9, controller 6 calculates spool winding yarn length according to mair motor 3 tach signal;
5) revolution ratio of overfeeding motor 8 and mair motor 3 is controlled to control the tightness of false-twist textured yarn;
6) when infrared ray yarn probe 24 detects that false-twist textured yarn breaks, feed back to controller 6, controller 6 controls mair motor 3, overfeeding motor 8 respectively and the motor (9) that refuels is shut down;
7) connect and break and repeat step 3-5;
8) when controller 6 reaches preset value according to the spool winding yarn length that mair motor 3 tach signal calculates, controller 6 controls mair motor 3, overfeeding motor 8 and the motor 9 that refuels is shut down, and takes out the bobbin reeled, and completes winder.
Change independent every ingot individual motor into by traditional driven by motor entire machine transmission to control, single ingot disconnection self-stopping can be played, independently count length.Adopt the infrared ray yarn probe that sensitivity is higher to detect yarn, also there is motor overload protection.DC machine is adopted to replace alternating current dynamo, can effective energy efficient.Traditional false-twist textured yarn reeled yarn winder oils and just must can make that fallen silk thread is more loose can not destroy elastic force by rewinding at twice, and the machine have employed the overfeeding wheel of active yarn transmission, independently can adjust again overfeeding wheel with the speed ratio between main reel, thus fallen yarn tightness can be made arbitraryly to adjust, oil after improvement, rewinding can disposablely to complete.The principle adopting master file to receive limit around motor frequency conversion and bobbin reaches anti-stacked effect.The time standby frequency conversion of starting controls slow start, and make yarn tension can not destroy the tension force of yarn because speed accelerates quickly, actv. prevents start Yarn break, improves the running velocity of machine.Head that is directly perceived and that can realize the switch of entire machine, speed governing, meter long controls.Ingot frame both sides elastomeric pad and centre big spring are fixed, and turn over up and down with atmospheric pressure pole thus prevent the shake of spindle, achieving hi-speed spindles and shake the difficult problem causing silk thread to bind foot.
Claims (3)
1. a single ingot conputer controlled false-twist textured yarn bobbin-winding machine, it is characterized in that: comprise frame (1), bench board (2) and at least one winder unit described frame (1) be equipped with, described winder unit comprises the mair motor (3) be installed in frame (1) and the grooved drum box (4) be installed on bench board (2) and control box (5), described mair motor (3) is connected with grooved drum box (4) by driving device, described control box (5) is provided with controller (6), actuator (29) and master cock (7), described controller (6) is connected with actuator (29) with master cock (7) respectively by circuit, described actuator (29) is connected with mair motor (3) by circuit, described master cock (7) is connected with external power by circuit, overfeeding motor (8) and oiling motor (9) are installed in described control box (5), the rotating shaft of described overfeeding motor (8) is taken turns (10) and is connected with overfeeding, described overfeeding motor (8) is connected with controller (6) by circuit, the rotating shaft of described oiling motor (9) with add oil tanker (25) and be connected, described oiling motor (9) is connected with controller (6) by circuit, described bench board (2) is provided with two strut bars (11), between described two strut bars (11), erection has ingot hack lever (12), described ingot hack lever (12) is movably installed with at least one ingot frame (13), described ingot frame (13) is positioned at one of them grooved drum box (4) top, described two strut bars (11) are provided with stay bearing plate (14), described stay bearing plate (14) is provided with at least one spool erecting frame (15), described spool erecting frame (15) is positioned at one of them grooved drum box (4) top.
2. a kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine according to claim 1, it is characterized in that: described grooved drum box (4) offers groove (26), friction wheel (17) and groove drum (19) are installed in described grooved drum box (4), described groove drum (19) offers helical flute (27), described helical flute (27) is provided with laying head (20), described laying head (20) is movably connected through groove (26) and helical flute (27), described driving device comprises the first power wheel (21) be installed on friction wheel (17) and the second power wheel (28) be installed on groove drum (19), described first power wheel (21) is provided with driving band (22), described driving band (22) is connected with the 3rd power wheel (23) by winding second power wheel (28), described 3rd power wheel (23) is connected with the rotating shaft of mair motor (3).
3. a kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine according to claim 1, it is characterized in that: described control box (5) is provided with infrared ray yarn probe (24), described infrared ray yarn probe (24) is connected with controller (6) by circuit.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420844974.3U CN204454041U (en) | 2014-12-29 | 2014-12-29 | A kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420844974.3U CN204454041U (en) | 2014-12-29 | 2014-12-29 | A kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine |
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| CN204454041U true CN204454041U (en) | 2015-07-08 |
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| CN201420844974.3U Expired - Fee Related CN204454041U (en) | 2014-12-29 | 2014-12-29 | A kind of single ingot conputer controlled false-twist textured yarn bobbin-winding machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106956962A (en) * | 2017-05-18 | 2017-07-18 | 响水县天盈纺织有限公司 | A kind of colour-spun yarns winding apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106956962A (en) * | 2017-05-18 | 2017-07-18 | 响水县天盈纺织有限公司 | A kind of colour-spun yarns winding apparatus |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150708 Termination date: 20161229 |