CN209522966U - Weaving device automatic rubberizing mechanism and beaming device - Google Patents
Weaving device automatic rubberizing mechanism and beaming device Download PDFInfo
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- CN209522966U CN209522966U CN201920086163.4U CN201920086163U CN209522966U CN 209522966 U CN209522966 U CN 209522966U CN 201920086163 U CN201920086163 U CN 201920086163U CN 209522966 U CN209522966 U CN 209522966U
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Abstract
The utility model discloses a kind of Weaving device automatic rubberizing mechanism and beaming devices.Weaving device automatic rubberizing mechanism includes rubberizing bracket, the first rubberizing component and the second rubberizing component.First rubberizing component includes the first actuator, the first cutting member and the first rubberizing guide member；One end of first rubberizing guide member is connected with the first cutting member and the other end is slidably connected on the first rubberizing guide member for installing film tube, the first actuator for driving the mobile predetermined length of the gummed paper on film tube.Second rubberizing component includes the second actuator, the second cutting member and the second rubberizing guide member；Second rubberizing guide member is oppositely arranged with the first rubberizing guide member；One end of second rubberizing guide member is connected with the second cutting member, and the second actuator is slidably connected on the second rubberizing guide member for driving the mobile predetermined length of the gummed paper on film tube.Weaving device automatic rubberizing mechanism is able to achieve that yarn fixed efficiency is high and gummed paper paste position accurately purpose.
Description
Technical field
The utility model relates to field of textile equipment, fill more particularly to a kind of Weaving device automatic rubberizing mechanism and beaming
It sets.
Background technique
It is some to combine with roller around Weaving device such as sectional warper, the sizing warper of yarn, through slurry in field of textiles
Machine etc. is needed on the unwinding yarn on roller to empty beam of a loom, this process is known as beaming.When beaming, need with to more
The yarn that a root is arranged side by side is fixed, and guarantees that the position of yarn will not be chaotic into next process.When traditional beaming
The fixation of yarn is realized by artificial rubberizing paper, and the long adhesive tape for completing 1800-2000mm is manually moved left and right along beam of a loom
It is pasted on yarn.Traditional yarn fixing means fully relies on artificial rubberizing paper, and there are time-consuming and laborious, efficiency is relatively low, pastes
Inaccurate problem, if gummed paper occur pastes inaccurate leading to the problem of it will cause bad products.
Utility model content
Based on this, it is necessary to provide that a kind of section time power, yarn fixed efficiency are high and gummed paper paste position is accurately weaved
Equipment automatic rubberizing mechanism and beaming device.
A kind of Weaving device automatic rubberizing mechanism, including rubberizing bracket, the first rubberizing component and the second rubberizing component；
The first rubberizing component include the first actuator, the first cutting member and be located on the rubberizing bracket first
Rubberizing guide member；One end of the first rubberizing guide member is connected with first cutting member and the other end is for installing film
Cylinder, first actuator are slidably connected on the first rubberizing guide member for driving the gummed paper on the film tube to move
Dynamic predetermined length；
The second rubberizing component include the second actuator, the second cutting member and be located on the rubberizing bracket second
Rubberizing guide member；The second rubberizing guide member is oppositely arranged with the first rubberizing guide member and has between the two for supplying
What yarn passed through crosses yarn interval；One end of the second rubberizing guide member is connected with second cutting member and the other end is for pacifying
It loads cylinder, second actuator is slidably connected on the second rubberizing guide member for driving on the film tube
Gummed paper moves predetermined length, and the moving direction of second actuator is parallel with the moving direction of first actuator.
The first rubberizing component further includes the first tape dispenser in one of the embodiments,；The first tape dispenser peace
Mounted in the end of the first rubberizing guide member, for first tape dispenser for installing the film tube, the film tube can
It is rotated relative to first tape dispenser.
The first rubberizing component further includes first clamping member in one of the embodiments, and described first clamping member is sliding
Dynamic to be connected on the first rubberizing guide member, first actuator is mounted on the first rubberizing guide member and connects institute
First clamping member is stated, first actuator is used to that described first clamping member to be driven to slide along the first rubberizing guide member,
Described first clamping member is used to clamp the end of the gummed paper.
The second rubberizing component further includes the second tape dispenser in one of the embodiments,；The second tape dispenser peace
Mounted in the end of the second rubberizing guide member, for second tape dispenser for installing the film tube, the film tube can
It is rotated relative to second tape dispenser.
The second rubberizing component further includes the second clamping piece in one of the embodiments, and second clamping piece is sliding
Dynamic to be connected on the second rubberizing guide member, second actuator is mounted on the second rubberizing guide member and connects institute
The second clamping piece is stated, second actuator is used to that second clamping piece to be driven to slide along the second rubberizing guide member,
Second clamping piece is used to clamp the end of the gummed paper.
The first rubberizing guide member is the first rubberizing guide rail in one of the embodiments,.
The second rubberizing guide member is the second rubberizing guide rail in one of the embodiments, the second rubberizing guiding
Part is identical as the extending direction of the first rubberizing guide member, and the second rubberizing guide member and the first rubberizing guide member
Both ends be aligned respectively.
First cutting member and second cutting member are pneumatic scissors in one of the embodiments,.
A kind of beaming device, including rack, the first guide axis, the second guide axis and the Weaving device automatic rubberizing
Mechanism；There is the beam of a loom installation position for installing the roller installation position of roller and for installing beam of a loom in the rack, it is described
First guide axis and the second guide axis are mounted on the rack and are respectively positioned on the roller installation position and the beam of a loom is pacified
It fills between position, the rubberizing bracket of Weaving device automatic rubberizing mechanism is mounted on the rack and is located at first guide
Between axis and the second guide axis.
Above-mentioned Weaving device automatic rubberizing mechanism can be realized section time power, yarn fixed efficiency height and gummed paper paste position
Accurately purpose.Specifically, the Weaving device automatic rubberizing mechanism of the utility model when in use, makes a reservation for when the yarn advances
After length, by the first actuator drive the gummed paper on film tube along the first rubberizing guide member be moved to first patch
The other end of glue guide member, and the adhesion face of the gummed paper and the yarn contacts；It is driven on film tube by the second actuator
Gummed paper along the second rubberizing guide member be moved to the other end of the second rubberizing guide member, and the adhesion of the gummed paper
Face and the yarn contacts complete the fixation to the yarn, pass through the first cutter after the adhesion face adhesion of two gummed papers
And second cutting member the gummed paper, the adhesion face stick to each other of the gummed paper of yarn two sides are cut from the corresponding film tube
It can be completed afterwards and the position of multiple tactic yarns be fixed, the position of each yarn after fixing will not be chaotic.
Detailed description of the invention
Fig. 1 is beaming device schematic top plan view described in an embodiment；
Fig. 2 is the side schematic view of the part-structure of the Weaving device automatic rubberizing mechanism in another embodiment.
Description of symbols
10: beaming device；100: rack；200: the first guide axis；300: the second guide axis；400: Weaving device pastes automatically
Gluing mechanism；410: rubberizing bracket；420: the first rubberizing components；421: the first actuators；422: the first cutting members；423: the first patches
Glue guide member；424: first clamping member；425: the first tape dispensers；426: the first binder parts；4261: the first binder idler wheels；4262:
First binder seat；430: the second rubberizing components；431: the second actuators；432: the second cutting members；433: the second rubberizing guide members；
434: the second clamping pieces；435: the second tape dispensers；436: the second binder parts；4361: the second binder idler wheels；4362: the second binders
Seat；20: roller；30: beam of a loom；40a, 40b: film tube；41a, 41b: gummed paper；50: yarn.
Specific embodiment
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The preferred embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms in fact
It is existing, however it is not limited to embodiment described herein.On the contrary, purpose of providing these embodiments is makes public affairs to the utility model
The understanding for opening content is more thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein "and/or" includes
Any and all combinations of one or more related listed items.
Shown in Figure 1, an embodiment of the present invention provides a kind of beaming device 10 comprising rack 100, first
Guide axis 200, the second guide axis 300, code length counter, winding driving part, Weaving device automatic rubberizing mechanism 400 and control
Device processed.
There is the roller installation position and beam of a loom installation position for being respectively used to installation roller 20 and beam of a loom 30 in rack 100.First
Guide axis 200 and the second guide axis 300 are mounted in rack 100 and are respectively positioned between roller installation position and beam of a loom installation position.
Winding driving part is located in rack 100 so that for connecting beam of a loom 30, winding driving part is for driving beam of a loom 30
Rotation is to realize winding yarn 50.Controller is electrically connected winding driving part.Winding driving part can be driving motor.
Code length counter is mounted on the length for calculating the advance of yarn 50 in rack 100, and code length counter is in attached drawing 1
And it is not shown in attached drawing 2.Device processed is electrically connected code length counter.After the distance of 50 advance predetermined length of yarn, code length meter
Number device provides signal to controller, and controller control winding driving part stops driving, and controller can be PLC, PID etc..
It can be appreciated that the code length counter in the present embodiment can also be the metering method of other forms, such as pass through meter
The circle number of spool rotation is calculated to calculate.
Weaving device automatic rubberizing mechanism 400 includes rubberizing bracket 410, the first rubberizing component 420 and the second rubberizing portion
Part 430.
Shown in Figure 2, the first rubberizing component 420 includes the first actuator 421, the first cutting member 422 and is located at patch
The first rubberizing guide member 423 on glue bracket 410.One end of first rubberizing guide member 423 is connected with the first cutting member 422 and another
One end is for installing film tube 40a.First actuator 421 is slidably connected on the first rubberizing guide member 423 for driving glue
The mobile predetermined length of gummed paper 41a on reel 40a.First actuator 421, the first cutting member 422 are electrically connected controller.It is excellent
Selection of land, the first actuator 421 can be driving motor.
Shown in Figure 2, the second rubberizing component 430 includes the second actuator 431, the second cutting member 432 and is located at patch
The second rubberizing guide member 433 on glue bracket 410.Second rubberizing guide member 433 and the first rubberizing guide member 423 be oppositely arranged and
Have between the two and crosses yarn interval for what is passed through for yarn 50.One end of second rubberizing guide member 433 is connected with the second shearing
Part 432 and the other end are used to install film tube 40b.Second actuator 431 be slidably connected on the second rubberizing guide member 433 with
In the mobile predetermined length of gummed paper 41b on driving film tube 40b, the moving direction of the second actuator 431 and the first actuator 421
Moving direction it is parallel.Second actuator 431, the second cutting member 432 are electrically connected controller.Preferably, the second actuator
431 can be driving motor.
The rubberizing bracket 410 of Weaving device automatic rubberizing mechanism 400 is mounted in rack 100 and is located at the first guide axis
200 and second between guide axis 300.
Shown in Figure 2, in a specific example, the first rubberizing component 420 further includes the first tape dispenser 425.First glue
Paper seat 425 is mounted on the end of the first rubberizing guide member 423, and the first tape dispenser 425 is for installing film tube 40a, film tube 40a
It can be rotated relative to the first tape dispenser 425.
In a specific example, the first rubberizing component 420 further includes first clamping member 424.The sliding of first clamping member 424 connects
It connects on the first rubberizing guide member 423, the first actuator 421 is mounted on the first rubberizing guide member 423 and connects the first clamping
Part 424, the first actuator 421 is for driving first clamping member 424 to slide along the first rubberizing guide member 423, first clamping member
424 for clamping the end of gummed paper 41.First clamping member 424 is electrically connected controller.
Further, the first actuator 421 is for driving first clamping member 424 to slide along the first rubberizing guide member 423
Distance it is adjustable, can be specifically adjusted according to the overall width of multiple yarns 50.
Optionally, first clamping member 424 is finger-type fixture, and the setting of finger-type fixture can be improved clamping gummed paper 41a
Flexibility, good clamping effect.It can be appreciated that first clamping member 424 can also be other kinds of fixture, as long as can be realized
Clamp gummed paper 41a.
Shown in Figure 2 in a specific example, the second rubberizing component 430 further includes the second tape dispenser 435.Second glue
Paper seat 435 is mounted on the end of the second rubberizing guide member 433, and the second tape dispenser 435 is for installing film tube 40b, film tube 40b
It can be rotated relative to the second tape dispenser 435.
In a specific example, the second rubberizing component 430 further includes the second clamping piece 434.The sliding of second clamping piece 434 connects
It connects on the second rubberizing guide member 433, the second actuator 431 is mounted on the second rubberizing guide member 433 and connects the second clamping
Part 434, the second actuator 431 is for driving the second clamping piece 434 to slide along the second rubberizing guide member 433, the second clamping piece
434 for clamping the end of gummed paper 41.Second clamping piece 434 is electrically connected controller.
Further, the second actuator 431 is for driving the second clamping piece 434 to slide along the second rubberizing guide member 433
Distance it is adjustable, can be specifically adjusted according to the overall width of multiple yarns 50.
Optionally, the second clamping piece 434 is finger-type fixture, and the setting of finger-type fixture can be improved clamping gummed paper 41b
Flexibility, good clamping effect.It can be appreciated that the second clamping piece 434 can also be other kinds of fixture, as long as can be realized
Clamp gummed paper 41b.
Shown in Figure 2 in a specific example, the first rubberizing guide member 423 is the first rubberizing guide rail.
Shown in Figure 2 in a specific example, the second rubberizing guide member 433 is the second rubberizing guide rail.Second rubberizing is led
It is identical as the extending direction of the first rubberizing guide member 423 to draw part 433, and the second rubberizing guide member 433 and the first rubberizing guide member
423 both ends are aligned respectively.
Further, the first cutting member 422 and the second cutting member 432 are pneumatic scissors.
In another specific example, shown in Figure 2, the first rubberizing guide member 423 is the first conveyer belt, the second rubberizing
Guide member 433 is the second conveyer belt.First rubberizing guide member 423 and the second rubberizing guide member 433 pass through the first actuator respectively
421, the second actuator 431 drives.Wherein first clamping member 424 is connected on the first rubberizing guide member 423, the second clamping piece
434 are connected on the second rubberizing guide member 433.
Optionally, the first conveyer belt, the second conveyer belt may each be odontoid belt.
Further, shown in Figure 2, the first rubberizing component 420 further includes the first binder part 426.First binder part 426
Including the first binder idler wheel 4261 and the first binder seat 4262.First binder seat 4262 is slidably connected at the first rubberizing guide member
It can move synchronously on 423 and with first clamping member 424, the first binder idler wheel 4261 is rotationally connected with the first binder seat
4262, when in use, the first binder idler wheel 4261 is engaged with corresponding gummed paper 41 gummed paper 41 to be pressed on yarn 50, the
The setting of one binder part 426 can enable gummed paper 41 to be attached on yarn 50.
Further, shown in Figure 2, the second rubberizing component 430 further includes the second binder part 436.Second binder part 436
Including the second binder idler wheel 4361 and the second binder seat 4363.Second binder seat 4363 is slidably connected at the second rubberizing guide member
It can move synchronously on 433 and with the second clamping piece 434, the second binder idler wheel 4361 is rotationally connected with the second binder seat
4363, when in use, the second binder idler wheel 4361 is engaged with corresponding gummed paper 41 gummed paper 41 to be pressed on yarn 50, the
The setting of two binder parts 436 can enable gummed paper 41 to be attached on yarn 50.
The present embodiment additionally provides a kind of beaming method of beaming device 10 used.The beaming method includes following step
It is rapid:
Roller 20 and beam of a loom 30 are separately mounted on the roller installation position and beam of a loom installation position of rack 100.
Shown in Figure 1, the yarn 50 that more on roller 20 are arranged side by side pulls out and successively by the first guide axis
200, enter on beam of a loom 30 after the yarn interval excessively of Weaving device automatic rubberizing mechanism 400 and the second guide axis 300.In Fig. 1 only
Show part yarn 50.
Controller control winding driving part work, winding driving part drive the rotation of beam of a loom 30 to realize beam of a loom 30 simultaneously
Rolling threads 50.
Controller control code long counter measures the length that yarn 50 advances, after 50 advance predetermined length of yarn, code length
Counter provides signal to controller, and controller control winding driving part stops driving, and beam of a loom 30 stops operating at this time.
It is shown in Figure 2, multiple yarns 50 are shown in Fig. 2, the visual angle of the yarn in Fig. 2 is the longitudinal section view of yarn,
Controller control the first actuator 421 drive film tube 40a on gummed paper 41a along the first rubberizing guide member 423 be moved to
The first rubberizing guide member 423 the other end, and the adhesion face of gummed paper 41 is contacted with yarn 50；Controller controls the second actuator
Gummed paper 41a on 431 drive film tube 40a along the second rubberizing guide member 433 for being moved to of the second rubberizing guide member 433
The other end, and the adhesion face of gummed paper 41a is contacted with yarn 50, is completed to threads after the adhesion face adhesion of two gummed papers 41
50 fixation cuts gummed paper 41a by the first cutter and the second cutting member 432 from corresponding film tube 40a.
Controller controls the first actuator 421 and the second actuator 431 resets.
Controller control winding driving part work, winding driving part drive beam of a loom 30 to continue to rotate to rubberizing paper 41
Yarn 50 be wound, after 50 advance predetermined length of yarn, beam of a loom 30 stops operating again, controller control first driving
Part 421, the movement of the second actuator 431 carry out second of rubberizing paper.
Controller controls the first actuator 421 and the second actuator 431 resets.
And so on, until the winding of yarn 50 finishes.
Above-mentioned Weaving device automatic rubberizing mechanism 400 can be realized section time power, 50 fixed efficiency of yarn height and gummed paper 41
Paste position accurately purpose.Specifically, the Weaving device automatic rubberizing mechanism 400 of the utility model when in use, works as yarn
After 50 advance predetermined lengths, by the first actuator 421 drive film tube 40a on gummed paper 41a along the first rubberizing guide
The other end for the first rubberizing guide member 423 that part 423 is moved to, and the adhesion face of gummed paper 41a is contacted with yarn 50；Pass through second
Actuator 431 drive the gummed paper 41b on film tube 40b along the second rubberizing that is moved to of the second rubberizing guide member 433 guide
The other end of part 433, and the adhesion face of gummed paper 41b is contacted with yarn 50, it is i.e. complete after the adhesion face adhesion of two gummed papers 41a, 41b
The fixation of pairs of yarn 50, cuts gummed paper 41 by the first cutter and the second cutting member 432 from corresponding film tube 40,
The position to multiple tactic yarns 50 can be completed after the adhesion face stick to each other of gummed paper 41a, 41b of 50 two sides of yarn
It is fixed, the position of each yarn 50 after fixing will not be chaotic.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (9)
1. a kind of Weaving device automatic rubberizing mechanism, which is characterized in that including rubberizing bracket, the first rubberizing component and the second patch
Glue component；
The first rubberizing component includes the first actuator, the first cutting member and the first rubberizing being located on the rubberizing bracket
Guide member；One end of the first rubberizing guide member is connected with first cutting member and the other end is for installing film tube, institute
The first actuator is stated to be slidably connected on the first rubberizing guide member for driving the gummed paper on the film tube mobile pre-
Measured length；
The second rubberizing component includes the second actuator, the second cutting member and the second rubberizing being located on the rubberizing bracket
Guide member；The second rubberizing guide member and the first rubberizing guide member are oppositely arranged and have between the two for for yarn
By cross yarn interval；One end of the second rubberizing guide member is connected with second cutting member and the other end is for installing glue
Reel, second actuator are slidably connected on the second rubberizing guide member for driving the gummed paper on the film tube
Mobile predetermined length, the moving direction of second actuator are parallel with the moving direction of first actuator.
2. Weaving device automatic rubberizing according to claim 1 mechanism, which is characterized in that the first rubberizing component also wraps
Include the first tape dispenser；First tape dispenser is mounted on the end of the first rubberizing guide member, and first tape dispenser is used for
The film tube is installed, the film tube can be rotated relative to first tape dispenser.
3. Weaving device automatic rubberizing according to claim 1 mechanism, which is characterized in that the first rubberizing component also wraps
Include first clamping member；Described first clamping member is slidably connected on the first rubberizing guide member, the first actuator installation
On the first rubberizing guide member and the described first clamping member of connection, first actuator are clamped for driving described first
Part is slided along the first rubberizing guide member, and described first clamping member is used to clamp the end of the gummed paper.
4. Weaving device automatic rubberizing mechanism according to claim 1 to 3, which is characterized in that second patch
Glue component further includes the second tape dispenser；Second tape dispenser is mounted on the end of the second rubberizing guide member, and described second
For installing the film tube, the film tube can rotate tape dispenser relative to second tape dispenser.
5. Weaving device automatic rubberizing mechanism according to claim 1 to 3, which is characterized in that second patch
Glue component further includes the second clamping piece；Second clamping piece is slidably connected on the second rubberizing guide member, and described second
Actuator is mounted on the second rubberizing guide member and connects second clamping piece, and second actuator is for driving institute
It states the second clamping piece to slide along the second rubberizing guide member, second clamping piece is used to clamp the end of the gummed paper.
6. Weaving device automatic rubberizing mechanism according to claim 1 to 3, which is characterized in that first patch
Glue guide member is the first rubberizing guide rail.
7. Weaving device automatic rubberizing according to claim 6 mechanism, which is characterized in that the second rubberizing guide member is
Second rubberizing guide rail, the second rubberizing guide member is identical as the extending direction of the first rubberizing guide member, and described second
Rubberizing guide member is aligned respectively with the both ends of the first rubberizing guide member.
8. Weaving device automatic rubberizing mechanism according to claim 1 to 3, which is characterized in that described first cuts
Cut piece and second cutting member are pneumatic scissors.
9. a kind of beaming device, which is characterized in that appoint including rack, the first guide axis, the second guide axis and claim 1-8
Weaving device automatic rubberizing mechanism described in meaning one；There is roller installation position and the use for installing roller in the rack
In the beam of a loom installation position of installation beam of a loom, the first guide axis is mounted on the rack and is respectively positioned on the second guide axis
Between the roller installation position and the beam of a loom installation position, the rubberizing bracket of Weaving device automatic rubberizing mechanism is mounted on institute
It states in rack and between the first guide axis and the second guide axis.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920086163.4U CN209522966U (en) | 2019-01-18 | 2019-01-18 | Weaving device automatic rubberizing mechanism and beaming device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920086163.4U CN209522966U (en) | 2019-01-18 | 2019-01-18 | Weaving device automatic rubberizing mechanism and beaming device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109537122A (en) * | 2019-01-18 | 2019-03-29 | 广东溢达纺织有限公司 | Weaving device automatic rubberizing mechanism, beaming device and beaming method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109537122A (en) * | 2019-01-18 | 2019-03-29 | 广东溢达纺织有限公司 | Weaving device automatic rubberizing mechanism, beaming device and beaming method |
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