CN208379092U - The process units of fluffy yarn - Google Patents
The process units of fluffy yarn Download PDFInfo
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- CN208379092U CN208379092U CN201820810115.0U CN201820810115U CN208379092U CN 208379092 U CN208379092 U CN 208379092U CN 201820810115 U CN201820810115 U CN 201820810115U CN 208379092 U CN208379092 U CN 208379092U
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Abstract
The utility model relates to a kind of process units of fluffy yarn; when the yarn of drawing frame disconnects; yarn can touch detection ring, and sensor passes signal sounds an alarm and control motor stopping, allow worker to find out break point of thread and knot; the yarn that fly frame can will be switched off is drawn on the automatic knotting device on side automatically and carries out knotting operation; Yarn break can be not only found out automatically, and can quickly carry out knotting operation, and operating efficiency is higher; knotting quality is higher, can guarantee the quality of yarn product.The case where guide twisting mechanism of spinning frame allows core wire to pass vertically through by opening up elongated slot on roller, turns to so as to avoid core wire, avoids core wire surrounding from filoplume and dislocation occur, ensure that the quality of yarn after twisting stock.Dye vat is in dyeing, perfect dyeing, removes stirring water energy dark in dye vat clean, ensure that the dyeing effect of yarn, improve the quality of yarn finished product.
Description
Technical field
The utility model relates to a kind of process units of fluffy yarn, belong to technical field of textile machine.
Background technique
Fluffy yarn is needed in process of production through overmulling hair and hair, carding, drafting, rove processing, spun yarn processing, dyeing
Etc. processes.
Wherein drafting is that the yarn in blanking barrel is carried out feeding by feeding device by drawing frame, then in feeding mistake
Yarn is easily broken off in journey, is caused yarn feed quantity very little, is failed to meet production requirements, thus output substandard products.
When rove is processed, fly frame is by drawing-off and twists reeling roving into certain package, is added with adapting to spinning frame
The requirement of work.But fly frame is easy to generate broken yarn at pressure frame in winding yarn, needs manually after previous broken yarn by yarn
Broken end is found out, and is then manually knotted, but finds out not only inefficient at Yarn break, and is easy to happen omission, and yarn
It is even more a cumbersome job that line, which knots, manual operation not only inefficiency, and the quality to knot is irregular, yarn product
Quality cannot be guaranteed.
The guide twisting mechanism of fly frame is all made of double-deck thread tube and carries out horizontal feed core wire and crimping, however horizontal
Thread tube will need to turn to straight down after wick feeds to be sent on yarn bobbin, but turning to can allow core wire surrounding hair occur in this way
Plumage, and the linearity of core wire is influenced, dislocation is easily caused, the quality of yarn product is reduced.
And in dyeing, when conventional dyeing dyes dark yarn, dark stirring water cannot in dye vat
It removes completely, causes yarn dyeing ineffective, affect the quality of yarn finished product.
Utility model content
Purpose of the utility model is to overcome the above-mentioned shortcomings and provide one kind can find broken yarn in time, can beat automatically
Knot, dyeing effect is good, can guarantee the process units of the fluffy yarn of yarn qualities.
Purpose of the utility model is realized as follows:
A kind of process units of fluffy yarn, it includes blending willow, combing machine for fur, drawing frame, fly frame, spinning frame, dye vat, yarn
Line raw material is sent into combing machine for fur and carries out carding after blending willow mixes hair, is then sent to boundling on drawing frame and is subsequently sent to thick at item
Rove is made in yarn in yarn machine, subsequently enters and is wound into spun yarn coil in spinning frame, is finally sent into dye vat and is contaminated
Color processing；
Wherein drawing frame includes rack, and barrel is provided with below the rack, winds combing machine for fur carding on upper barrel
Yarn afterwards is provided with mechanism of pulling strings in rack, and mechanism of pulling strings is pulled out yarn by motor control from upper barrel, and yarn bypasses
Detection ring is passed through after feeding roller in rack, yarn passes through the bobbin winder bracket after detection ring around the side of being arranged on the rack, the coiling
The both ends of frame are flexibly connected with its bracket, and yarn is fallen on blanking tube after bobbin winder bracket；
The fly frame includes fixing seat and yarn creel, and rove cylinder is fixed on creel, and fixing seat is equipped with rolling frame,
Rolling frame is connected to the motor by shaft, and rove thread tube, extension apparatus, pressurization are also successively arranged between rove cylinder and rolling frame
Frame, rove are sent to unwrapping wire on rove cylinder from blanking tube, are successively sent to rolling frame after rove thread tube, extension apparatus, pressure frame
On；
Furthermore fly frame is additionally provided with automatic knotting device in the side of pressure frame, which includes fixing
Frame, top wire feeder and lower part wire feeder, the top wire feeder and lower part wire feeder between fixed frame and pressure frame, on
The end of portion's wire feeder and lower part wire feeder is equipped with suction nozzle, and top wire feeder and lower part wire feeder can with lateral rotation,
Top winding roller and lower part winding roller are equipped on the fixed frame at the upper and lower ends, on top winding roller and lower part winding roller
Metallic channel is offered, the lower section of the top winding roller is equipped with top suction nozzle, and the top of lower part winding roller is equipped with lower part suction nozzle,
The top suction nozzle and lower part suction nozzle are connected with the rotation axis on fixed frame, which can be with vertical rotating, the top
The centre of suction nozzle and lower part suction nozzle is provided with knotter, which is fixed on fixed frame, the upper and lower point of the knotter
Not She You top cutter head and lower part cutter head, the top cutter head and lower part cutter head can be with lateral shear, top cutter head and lower part knives
The rear side of head is equipped with the suction nozzle being fixed on fixed frame, and upper clamp head is furthermore further respectively had above and below knotter
With lower part clamping head, when two sections of yarns are drawn at knotter by top suction nozzle and lower part suction nozzle, upper clamp head and lower part folder
It holds head to live two sections of thread grips, guarantees that knotter normally knots；
Guide twisting mechanism is provided in the spinning frame, the guide twisting mechanism include roller, thread tube, yarn bobbin and
Twister opens up two vertical elongated slots disposed in parallel on the roller, allows two core wires to pass through in the elongated slot, thread tube is set
It sets below roller, crimping is passed through in the through-hole of the thread tube, core wire and crimping are sent into twist tube, and yarn bobbin is covered in twist tube
Outside, twisting bottom of the tube are twisted by twister and belt to drive, and add core wire, crimping and flotation line in twist tube
Twisted stock.
The detection ring is the ring device that a centre opens up through-hole, which is equipped with sensor.
The knotter has upper and lower two extension apparatus, can be beaten respectively with two sections yarn
Compared with prior art, the utility model has the beneficial effects that
1, by the way that detection ring is arranged on drawing frame, when yarn disconnects, yarn can touch detection ring, sensor passes
Signal sounds an alarm and controls motor stopping, allows worker to find out break point of thread and knots, and is additionally arranged bobbin winder bracket, adjustable
The blanking angle and straightness of yarn, facilitate coiling.
2, fly frame is additionally arranged automatic knotting device by pressure frame, and the yarn that can be will be switched off is drawn onto oneself of side automatically
Knotting operation is carried out on dynamic knotting device, can not only find out Yarn break automatically, and can quickly carry out knotting operation, is grasped
It is higher to make efficiency, knotting quality is higher, can guarantee the quality of yarn product.
3, the guide twisting mechanism of spinning frame on roller by opening up elongated slot, and core wire is allowed to pass vertically through, to avoid
The case where core wire turns to, avoids the core wire surrounding from filoplume and dislocation occur, ensure that the quality of yarn after twisting stock.
4, dye vat is in dyeing, perfect dyeing, removes stirring water energy dark in dye vat clean, ensure that yarn
The dyeing effect of line improves the quality of yarn finished product.
Detailed description of the invention
Fig. 1 is the schematic diagram of the process units of the utility model fluffy yarn.
Fig. 2 is the structural schematic diagram of drawing frame in Fig. 1.
Fig. 3 is the structural schematic diagram of fly frame in Fig. 1.
Fig. 4 is the structural schematic diagram of the automatic knotting device in Fig. 3 by pressure frame.
Fig. 5 is the structural schematic diagram of the guide twisting mechanism of spinning frame in Fig. 1.
Wherein: blending willow 1, combing machine for fur 2, drawing frame 3, rack 3.1, upper barrel 3.2, feeding roller 3.3, thimble 3.4, around
It is coil holder 3.5, blanking tube 3.6, fly frame 4, fixing seat 4.1, creel 4.2, rove cylinder 4.3, rolling frame 4.4, motor 4.5, thick
Yarn thread tube 4.6, extension apparatus 4.7, pressure frame 4.8, automatic knotting device 4.9, fixed frame 4.9.1, top wire feeder 4.9.2,
Lower part wire feeder 4.9.3, top winding roller 4.9.4, lower part winding roller 4.9.5, top suction nozzle 4.9.6, lower part suction nozzle 4.9.7,
Knotter 4.9.8, top cutter head 4.9.9, lower part cutter head 4.9.10, suction nozzle 4.9.11, upper clamp head 4.9.12, lower part folder
Hold a 4.9.13, spinning frame 5, roller 5.1, elongated slot 5.2, core wire 5.3, thread tube 5.4, crimping 5.5, yarn bobbin 5.6, twist tube
5.7, twister 5.8, belt 5.9, dye vat 6.
Specific embodiment
Referring to Fig. 1 to Fig. 5, the utility model relates to a kind of process units of fluffy yarn, and wherein process units includes mixed hair
Machine 1, combing machine for fur 2, drawing frame 3, fly frame 4, spinning frame 5, dye vat 6, yarn material are sent into carding after blending willow 1 mixes hair
Machine 2 carries out carding, makes yarn material loose, thin straight, is then sent to boundling on drawing frame 3 and improves yarn evenness, simultaneously at item
Reduce its irregularity, be subsequently sent to that rove is made in yarn in fly frame 4, subsequently enter semi-products rove in spinning frame 5 or
Strip through drawing-off, twist, be wound into spun yarn coil, finally be sent into dye vat 6 in carry out dyeing processing, be finally completed the life of fluffy yarn
It produces.
Wherein drawing frame 3 includes rack 3.1, and the lower section of the rack 3.1 is provided with barrel 3.2, twines on upper barrel 3.2
Yarn after 2 carding of combing machine for fur is provided with mechanism of pulling strings in rack 3.1, and mechanism of pulling strings is by motor control by yarn from feeding
It is pulled out in cylinder 3.2, for yarn around detection ring 3.4 is passed through after the feeding roller 3.3 in rack 3.1, which is a centre
The ring device of through-hole is opened up, which is equipped with sensor, and when yarn disconnects, yarn can touch ring device,
Sensor passes signal sounds an alarm and controls motor stopping, allows worker to find out break point of thread and knots, and yarn passes through detection ring
The bobbin winder bracket 3.5 of the top of rack 3.1 is set after 3.4, and the both ends of the bobbin winder bracket 3.5 are flexibly connected with its bracket, can be with
It freely overturns, so as to adjust the blanking angle and straightness of yarn, facilitates coiling, yarn is fallen into after bobbin winder bracket 3.5
On blanking tube 3.6.
The fly frame 4 includes fixing seat 4.1 and yarn creel 4.2, is fixed with rove cylinder 4.3, fixing seat on creel 4.2
4.1 are equipped with rolling frame 4.4, and rolling frame 4.4 is connected by shaft with motor 4.5, so as to rotate take-up, rove cylinder 4.3
Rove thread tube 4.6, extension apparatus 4.7, pressure frame 4.8, the rove thread tube 4.6 are also successively arranged between rolling frame 4.4
For limiting to rove, extension apparatus 4.7 is for assisting line sending, and the pressure head on pressure frame 4.8 is for pushing down textured yarn, in turn
Facilitate winding, rove is sent to unwrapping wire on rove cylinder 4.3 from blanking tube 3.7, successively by rove thread tube 4.6, extension apparatus 4.7,
It is sent to after pressure frame 4.8 on rolling frame 4.4.
Furthermore fly frame 4 is additionally provided with automatic knotting device 4.9 in the side of pressure frame 4.8, the automatic knotting device 4.9
Including fixed frame 4.9.1, top wire feeder 4.9.2 and lower part wire feeder 4.9.3, the top wire feeder 4.9.2 and lower part are sent
Line device 4.9.3 is between fixed frame 4.9.1 and pressure frame 4.8, the end of top wire feeder 4.9.2 and lower part wire feeder 4.9.3
Portion is equipped with suction nozzle, and top wire feeder 4.9.2 and lower part wire feeder 4.9.3 can be with lateral rotation, the fixed frame 4.9.1
It is upper be equipped at upper and lower ends top winding roller 4.9.4 and lower part winding roller 4.9.5, top winding roller 4.9.4 and lower part around
Metallic channel is offered on line roller 4.9.5, is limited for the line sending to yarn, the lower section of the top winding roller 4.9.4
Equipped with top suction nozzle 4.9.6, the top of lower part winding roller 4.9.5 is equipped with lower part suction nozzle 4.9.7, the top suction nozzle 4.9.6 and
Lower part suction nozzle 4.9.7 is connected with the rotation axis on fixed frame 4.9.1, which can be with vertical rotating, and two suction nozzles can be with
Two sections of yarns are sucked, the centre of the top suction nozzle 4.9.6 and lower part suction nozzle 4.9.7 are provided with knotter 4.9.8, the knotting
Device 4.9.8 is fixed on fixed frame 4.9.1, and knotter 4.9.8 has upper and lower two extension apparatus, can be respectively with two sections
Yarn carries out knotting operation, and the upper and lower of the knotter 4.9.8 is respectively equipped with top cutter head 4.9.9 and lower part cutter head
4.9.10, the top cutter head 4.9.9 and lower part cutter head 4.9.10 can be with lateral shear, so that both ends are extra after yarn is knotted
Yarn and thread head cut off, the rear side of top cutter head 4.9.9 and lower part cutter head 4.9.10 is equipped with the suction being fixed on fixed frame 4.9.1
Enter mouth 4.9.11, yarn and thread head can be siphoned away, guarantees workshop condition, furthermore also set respectively above and below knotter 4.9.8
There are upper clamp head 4.9.12 and lower part clamping head 4.9.13, when top suction nozzle 4.9.6 and lower part suction nozzle 4.9.7 is by two sections of yarns
When being drawn at knotter 4.9.8, upper clamp head 4.9.12 and lower part clamping head 4.9.13 live two sections of thread grips, and guarantee is beaten
Knot device 4.9.8 can normally knot.
The working method of automatic knotting device 4.9 are as follows: after rove disconnects, top wire feeder 4.9.2 and lower part wire feeder
4.9.3 two sections of yarns are sucked suction nozzle, and lateral rotation, and rove is wound on top winding roller 4.9.4 and lower part winding roller
4.9.5 on metallic channel, the suction nozzle of top wire feeder 4.9.2 and lower part wire feeder 4.9.3 unclamp at this time, top suction nozzle 4.9.6
With lower part suction nozzle 4.9.7 vertical rotating, two sections of yarns are sucked, subsequent vertical rotating, it is enterprising that yarn is sent to knotter 4.9.8
Row knots, while upper clamp head 4.9.12 and lower part clamping head 4.9.13 live two sections of thread grips, guarantees knotter 4.9.8
It can normally knot, after knotter 4.9.8 completes to knot, both ends after top cutter head 4.9.9 and lower part cutter head knot yarn
Extra yarn and thread head is cut off, and is siphoned away yarn and thread head by suction nozzle 4.9.11, guarantees workshop condition.
Be provided with guide twisting mechanism in the spinning frame 5, the guide twisting mechanism include roller 5.1, thread tube 5.4,
Yarn bobbin 5.6 and twister 5.7, open up two vertical elongated slots 5.2 disposed in parallel on the roller 5.1, in the elongated slot 5.2
For allowing two core wires 5.3 to pass through, guiding and position-limiting action are played, instead of the previous horizontally disposed double-deck thread tube, and is led
Spool 5.4 is arranged below roller 5.1, and crimping 5.5 is passed through in the through-hole of the thread tube 5.4, and core wire 5.3 and crimping 5.5 are sent into
In twist tube 5.7,5.6 sets of yarn bobbin outside twist tube 5.7, for feeding flotation line, 5.7 bottom of twist tube into twist tube 5.7
Portion is twisted by twister 5.8 and belt 5.9 to drive, and makes core wire 5.3, crimping 5.5 and flotation line in twist tube 5.7
It is twisted and plied.
Yarn is sent into dye vat 6 after spinning frame 5 is wound into spun yarn coil and is dyed, the dyeing are as follows: yarn is logical
Room temperature dyeing is crossed, into the water, and auxiliary agent is added in yarn in water, and auxiliary agent includes dispersing agent 30g/l, high temperature levelling agent 1.5g/
L, reactive dye 3g/l, glacial acetic acid 15g/l and accelerant sodium chloride 10g/l, wherein dispersing agent is Sodium Polyacrylate, and accelerant is
Sodium chloride, by auxiliary agent dyeing heating 2 hours or so, temperature was kept the temperature after rising to 100 degree, kept the temperature 50 to 90 minutes or so to face
Color molding, dark dye due to stirring water eat it is unclear, need with water in stirring water be added 1.5g/l sodium hydrosulfite and caustic soda, with
After be warming up to 65 degree to 80 degree, and keep the temperature 10 minutes or so and then rinsed with clear water, the smooth agent for finally adding 5g/l is soft
Soft 15 minutes or so, to complete to dye.
Claims (3)
1. a kind of process units of fluffy yarn, it is characterised in that: it includes blending willow (1), combing machine for fur (2), drawing frame (3), thick
Yarn machine (4), spinning frame (5), dye vat (6), yarn material are sent into combing machine for fur (2) and carry out carding after blending willow (1) mixes hair,
Boundling on drawing frame (3) is then sent to be subsequently sent to that rove is made in yarn in fly frame (4) at item, subsequently enter spinning frame
(5) it is wound into spun yarn coil in, is finally sent into dye vat (6) and carries out dyeing processing；
Wherein drawing frame (3) includes rack (3.1), is provided with barrel (3.2), upper barrel below the rack (3.1)
(3.2) yarn after combing machine for fur (2) carding is wound on, rack is provided with mechanism of pulling strings on (3.1), and mechanism of pulling strings is by motor control
Yarn is pulled out from upper barrel (3.2), yarn passes through detection ring (3.4) around the feeding roller (3.3) on rack (3.1) afterwards,
Yarn is by detection ring (3.4) afterwards around the bobbin winder bracket (3.5) being arranged above rack (3.1), the both ends of the bobbin winder bracket (3.5)
It is flexibly connected with its bracket, yarn is fallen into after bobbin winder bracket (3.5) on blanking tube (3.6)；
The fly frame (4) includes fixing seat (4.1) and yarn creel (4.2), and rove cylinder (4.3) are fixed on creel (4.2),
Fixing seat (4.1) is equipped with rolling frame (4.4), and rolling frame (4.4) is connected by shaft with motor (4.5), rove cylinder (4.3) and
Also it is successively arranged rove thread tube (4.6), extension apparatus (4.7), pressure frame (4.8) between rolling frame (4.4), rove is from blanking tube
(3.7) it is sent to unwrapping wire on rove cylinder (4.3), successively after rove thread tube (4.6), extension apparatus (4.7), pressure frame (4.8)
It is sent on rolling frame (4.4)；
Furthermore fly frame (4) is additionally provided with automatic knotting device (4.9) in the side of pressure frame (4.8), the automatic knotting device
It (4.9) include fixed frame (4.9.1), top wire feeder (4.9.2) and lower part wire feeder (4.9.3), the top wire feeder
(4.9.2) and lower part wire feeder (4.9.3) are located between fixed frame (4.9.1) and pressure frame (4.8), top wire feeder
The end of (4.9.2) and lower part wire feeder (4.9.3) is equipped with suction nozzle, and top wire feeder (4.9.2) and lower part wire feeder
(4.9.3) can be equipped with top winding roller (4.9.4) at upper and lower ends on the fixed frame (4.9.1) with lateral rotation
With lower part winding roller (4.9.5), metallic channel is offered on top winding roller (4.9.4) and lower part winding roller (4.9.5), it is described
The lower section of top winding roller (4.9.4) is equipped with top suction nozzle (4.9.6), and the top of lower part winding roller (4.9.5) is inhaled equipped with lower part
Mouth (4.9.7), the top suction nozzle (4.9.6) and lower part suction nozzle (4.9.7) with the rotation axis phase on fixed frame (4.9.1)
Even, which can be with vertical rotating, and the centre of the top suction nozzle (4.9.6) and lower part suction nozzle (4.9.7) is provided with knotting
Device (4.9.8), the knotter (4.9.8) are fixed on fixed frame (4.9.1), the upper and lower difference of the knotter (4.9.8)
Equipped with top cutter head (4.9.9) and lower part cutter head (4.9.10), the top cutter head (4.9.9) and lower part cutter head (4.9.10) can
With lateral shear, the rear side of top cutter head (4.9.9) and lower part cutter head (4.9.10), which is equipped with, to be fixed on fixed frame (4.9.1)
Suction nozzle (4.9.11), furthermore further respectively had above and below knotter (4.9.8) upper clamp head (4.9.12) and under
Portion's clamping head (4.9.13), when two sections of yarns are drawn onto knotter by top suction nozzle (4.9.6) and lower part suction nozzle (4.9.7)
When at (4.9.8), upper clamp head (4.9.12) and lower part clamping head (4.9.13) live two sections of thread grips, guarantee knotter
(4.9.8) normally knots；
It is provided with guide twisting mechanism in the spinning frame (5), which includes roller (5.1), thread tube
(5.4), yarn bobbin (5.6) and twister (5.7) open up two vertical elongated slots disposed in parallel on the roller (5.1)
(5.2), two core wires (5.3) are allowed to pass through in the elongated slot (5.2), thread tube (5.4) setting is below roller (5.1), the guide
It manages and is passed through crimping (5.5) in the through-hole of (5.4), core wire (5.3) and crimping (5.5) are sent into twist tube (5.7), yarn bobbin
(5.6) cover it is external in twist tube (5.7), twist tube (5.7) bottom driven by twister (5.8) and belt (5.9) into
Row twisting, keeps core wire (5.3), crimping (5.5) and flotation line twisted and plied in twist tube (5.7).
2. a kind of process units of fluffy yarn according to claim 1, it is characterised in that: the detection ring (3.4) is one
A centre opens up the ring device of through-hole, which is equipped with sensor.
3. a kind of process units of fluffy yarn according to claim 1, it is characterised in that: knotter (4.9.8) band
There are two extension apparatus up and down, knotting operation can be carried out with two sections yarn respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820810115.0U CN208379092U (en) | 2018-05-28 | 2018-05-28 | The process units of fluffy yarn |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820810115.0U CN208379092U (en) | 2018-05-28 | 2018-05-28 | The process units of fluffy yarn |
Publications (1)
| Publication Number | Publication Date |
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| CN208379092U true CN208379092U (en) | 2019-01-15 |
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ID=64968243
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820810115.0U Active CN208379092U (en) | 2018-05-28 | 2018-05-28 | The process units of fluffy yarn |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116065273A (en) * | 2023-03-31 | 2023-05-05 | 江苏美丽华电器有限公司 | Winding tension adjusting device of false twist texturing machine |
-
2018
- 2018-05-28 CN CN201820810115.0U patent/CN208379092U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116065273A (en) * | 2023-03-31 | 2023-05-05 | 江苏美丽华电器有限公司 | Winding tension adjusting device of false twist texturing machine |
| CN116065273B (en) * | 2023-03-31 | 2023-05-30 | 江苏美丽华电器有限公司 | Winding tension adjusting device of false twist texturing machine |
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Address after: 214422 No.18, Wuxiang Road, Yunting street, Jiangyin City, Wuxi City, Jiangsu Province Patentee after: Jiangsu xinchengyu Textile Technology Co.,Ltd. Address before: 214422 Wuxiang Road, Yunting street, Jiangyin City, Wuxi City, Jiangsu Province Patentee before: JIANGYIN CHENGYU YARNS Co.,Ltd. |
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