CN107618911B - A kind of continuous wrap-up of textile cloth - Google Patents
A kind of continuous wrap-up of textile cloth Download PDFInfo
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- CN107618911B CN107618911B CN201710851882.6A CN201710851882A CN107618911B CN 107618911 B CN107618911 B CN 107618911B CN 201710851882 A CN201710851882 A CN 201710851882A CN 107618911 B CN107618911 B CN 107618911B
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Abstract
The present invention relates to textile machine apparatus field, specifically a kind of continuous wrap-up of textile cloth, the front-rear side walls of body are provided with upper hopper chute and gliding groove；Upper winding shaft can be slided by upper link block in upper hopper chute；Lower winding shaft can be slided by lower link block in gliding groove；Drive module synchronizes driving to upper winding shaft and lower winding shaft from the front and rear sides of body；Clamp module is for being clamped textile cloth；Cutting module is mounted on clamp module, and cutting module is for cutting the textile cloth after clamping；Adjustment module is located at the left end of body, and adjustment module is used to adjust the rate of tension of textile cloth and caches when cutting to cloth to textile cloth.The present invention can continuously wind textile cloth, without shutting down, can effectively improve the speed of production of textile cloth.
Description
Technical field
The present invention relates to textile machine apparatus field, specifically a kind of continuous wrap-up of textile cloth.
Background technique
Textile cloth winder is a kind of mechanical equipment for being wound to textile cloth, in use, winder will
The cloth weaved is wound on spool, when cloth winding is to certain thickness, cloth is cut off, then takes out spool, so
The cloth after winding is removed from spool afterwards, then cloth can be packed.In the prior art, have to the winding of cloth
Two kinds of forms, a kind of form are the windings of shutdown formula, i.e., after cloth is wound to certain thickness, cloth is cut off in shutdown, is then taken
Under the cloth that winds, this mode production efficiency is low, can not carry out continuous production, gradually be eliminated；It is another
Form is the winding of continous way cloth, is not necessarily to shutdown operation, is wrapped in cloth on another spool, from
And realize the serialization winding of cloth, production efficiency with higher.
The existing continuous winding device of textile cloth, most structure is complex, heavier-weight, is not easy to repair and make
With especially price is costly, it is difficult to popularity and use；Meanwhile the existing continuous winding device of textile cloth is to cloth
When material is split, since the pulling force that cloth is subject to is larger, the notch out-of-flatness of cloth, the yarn of incision and corner can be made
Line falls more, is unfavorable for keeping the clean and tidy of environment, and the yarn fallen can be wrapped on spool and cause the rotation of spool
Obstacle increases the frequency of maintenance of equipment.
In consideration of it, being able to solve the above problem the invention proposes a kind of continuous wrap-up of textile cloth, specifically having
Beneficial effect is as follows:
1. the present invention passes through the mutual cooperation of the adjustment module, upper link block, lower link block and drive module of setting
Work realizes the continuity winding of textile cloth, and the adjustment module can be realized tensioning and storage to textile cloth, from
And it is convenient for the continuous winding of textile cloth, improve the winding efficiency of textile cloth；Upper link block and lower link block are used for
Mobile upper winding shaft and lower winding shaft, so that upper winding shaft and lower winding shaft alternately wind textile cloth；Drive module be used for
Spool and lower winding shaft carry out driven, to realize the continuous winding work of textile cloth；And the present invention also has structure
Simply, feature small in size, light-weight.
2. the present invention may be implemented in textile cloth notch when cutting to textile cloth by the setting of clamp module
Smooth, can avoid textile cloth run-off the straight in winding simultaneously because the notch of textile cloth is smooth can reduce textile cloth
Incision and corner's yarn fall off.
Summary of the invention
It, can be with the technical problems to be solved by the present invention are: the continuous wrap-up of a kind of textile cloth provided by the invention
Textile cloth is continuously wound, without shutting down, the speed of production of textile cloth can be effectively improved；The present invention passes through upper volume
Axis, upper link block, lower winding shaft, lower link block, drive module, clamp module, cutting module, adjustment module and inversion module
Cooperate with each other, realize the winding of textile cloth jointly.
The technical solution adopted by the present invention to solve the technical problems is: a kind of textile cloth of the present invention is continuously received
Winding apparatus, including body, upper winding shaft, upper link block, lower winding shaft, lower link block, drive module, clamp module, blanking punch
Block, adjustment module and inversion module, the front-rear side walls of the body be respectively arranged with about two horizontally disposed upper hopper chutes and
Gliding groove, and the length of upper hopper chute is greater than the length of gliding groove；The upper winding shaft can be slided by upper link block in upper hopper chute
It is dynamic, it is connected between upper winding shaft and upper link block by shaft coupling, shaft coupling need to be disconnected when removing upper winding shaft；The lower winding shaft is logical
Crossing down link block can slide in gliding groove, connected between lower winding shaft and lower link block by shaft coupling, remove lower winding shaft
When need to disconnect shaft coupling；The drive module is located on the front-rear side walls of body, and drive module is from the front and rear sides of body to upper
Spool and lower winding shaft synchronize driving, advantageously ensure that the stress balance of textile cloth, textile cloth is avoided to tilt, upper winding shaft
When being located at left end position with lower winding shaft, drive module can drive upper winding shaft and lower winding shaft to rotate, and upper winding shaft and lower winding shaft point
Not Wei Yu textile cloth two sides up and down, and the rotation direction of upper winding shaft and lower winding shaft is on the contrary, in use, textile cloth is by upper volume
The lower end of axis is rolled up on upper winding shaft, and textile cloth is rolled up on lower winding shaft by the upper end of lower winding shaft, and upper winding shaft and lower winding shaft replace work
Make, realizes the continuity winding of textile cloth, working efficiency can be improved；The clamp module is located at the middle part of body, clamping die
Block is for being clamped textile cloth；The cutting module is mounted on clamp module, after cutting module is used for clamping
Textile cloth is cut, and advantageously ensures that the smooth of textile cloth notch；The adjustment module is located at the left end of body, adjusts
Module is used to adjust the rate of tension of textile cloth and caches when cutting to cloth to textile cloth, ensure that spinning
The continuous winding of woven fabric material；The inversion module is located at the right end of body, and inversion module can stretch out upwards catches upper winding shaft under
Spool, in order to remove or install upper winding shaft and lower winding shaft.
The adjustment module includes left guide roller, right guide roller, upper regulating roller, lower regulating roller, adjusting block and adjustment spring,
The left guide roller and right guide roller are arranged horizontally in the left side of body, and the upper regulating roller and lower regulating roller are located at left guide roller
Between right guide roller, and upper regulating roller and lower regulating roller are fixed on two adjusting blocks, what adjusting block can be arranged along body
Vertical regulating tank sliding；The adjustment spring is used for the automatic adjusument of upper regulating roller and lower regulating roller.To textile cloth into
When row winding, adjustment spring is compressed, and realizes the tensioning to textile cloth, when cutting to textile cloth, adjustment spring
Stretching, extension, the distance between upper regulating roller and lower regulating roller increase, and realize the storage to textile cloth.
The inversion module includes two discharging telescopic rods and U-joint, and two discharging telescopic rods are fixed on the right side of body
The both ends of lower winding shaft are held and are located at, the U-joint is fixed on the top of discharging telescopic rod, and discharging telescopic rod can remove upper winding shaft
And lower winding shaft.In use, discharging telescopic rod stretches out upwards catches upper winding shaft or lower winding shaft, it is then turned off shaft coupling, then
Upper winding shaft or lower winding shaft can be removed.
As a kind of technical solution of the invention, the upper link block includes sliding block, connecting shaft, ratchet, pawl, sliding
Motor, balladeur train and sliding rack, the sliding block are mounted in upper hopper chute and can slide along the chute, and the connecting shaft passes through axis
It holds and is mounted on sliding block, one end of connecting shaft is connected by shaft coupling with upper winding shaft, and the other end of connecting shaft is pierced by body；Institute
It states ratchet to be mounted in connecting shaft, be mounted on sliding block with the pawl that ratchet is used cooperatively, ratchet and pawl can prevent upper winding shaft
It rotates backward；The sliding motor is mounted on sliding block, and balladeur train is mounted on sliding motor, the parallel cloth of sliding rack
It sets in the side of upper hopper chute, balladeur train and sliding rack are used cooperatively and sliding block can be achieved along the sliding of upper hopper chute；The lower company
Connection module is identical as the structure composition of the upper link block, and the ratchet and pawl can prevent lower winding shaft from rotating backward.Institute
Stating drive module includes driving gear, synchronous pulley and driving motor, and the driving gear is mounted on the shaft end of connecting shaft, described
Synchronous pulley is in tilted layout in the lateral wall of body, and the driving motor is for driving synchronous pulley to rotate, when upper winding shaft is under
When spool is located at the left end of body, synchronous pulley drives the rotation of sliding tooth wheel, and driving gear band moves connecting shaft rotation, connecting shaft
Upper winding shaft or lower winding shaft rotation are driven by shaft coupling, in use, upper winding shaft does not rotate simultaneously with lower winding shaft.Drive module with
Upper link block and lower link block are with the use of the continuous winding that can be achieved to textile cloth.
As a kind of technical solution of the invention, the clamp module includes the identical No.1 clamping plate of four structures, No. two
Clamping plate, No. three clamping plates and No. four clamping plates further include that No.1 for driving No.1 clamping plate and No. two clamping plates to move synchronously up and down is stretched
Contracting bar and No. two telescopic rods for driving No. three clamping plates and No. four clamping plates to move synchronously up and down, No.1 telescopic rod are mounted on the top of body
Portion, No. two telescopic rods are fixed on the bottom of body；When lower winding shaft is located at the left end of gliding groove, No.1 telescopic rod and No. two are flexible
Bar stretches out, and No.1 clamping plate moves downward and realizes the clamping to textile cloth one end, No. two clamping plates and four with lower winding shaft cooperation
Number clip board engagement realizes the clamping to the textile cloth other end, the cutting module be located at textile cloth two clamping points it
Between；When upper winding shaft is located at the left end of upper hopper chute, No.1 telescopic rod and No. two telescopic rods stretch out, and No. three clamping plates move upwards simultaneously
The clamping to textile cloth one end is realized with upper winding shaft cooperation, and No. two clamping plates and No. four clip board engagements are realized another to textile cloth
The clamping at end.
As a kind of technical solution of the invention, the upper winding shaft is air-expanding shaft, just there is the textile cloth for completing winding
It removes, upper winding shaft is equipped with the volume needle that can be stretched, and volume needle can puncture textile cloth and realize that textile cloth is wrapped on upper winding shaft；
The lower winding shaft and upper winding shaft are same component；No. three clamping plates, which are equipped with, punctures slot with what volume needle was used cooperatively, and volume needle is inserted
Enter to puncture and can puncture textile cloth in slot, while can be realized the clamping of No. three clamping plates and upper winding shaft to textile cloth.
As a kind of technical solution of the invention, the cutting module includes rodless cylinder and cutter, the no bar gas
Cylinder is arranged in parallel between No.1 clamping plate and No. two clamping plates, and the cutter are fixed on rodless cylinder.Rodless cylinder drive is cut
Cutter is slided along the width direction of textile cloth, realizes the cutting to textile cloth.
As a kind of technical solution of the invention, the shaft coupling includes bolt disk, jack panel, bolt, permanent magnet and electricity
Magnet is provided with centering pin holes at the center of bolt disk right side, and the surrounding of centering pin holes, which is provided with, prevents the anti-of rotation
It ships and resell on another market hole, bolt is mounted in the centering pin holes and anti-rotation pin hole, the permanent magnet is used to bolt being adsorbed on centring pin
In hole and anti-rotation pin hole；It is provided with centering jack corresponding with the centering pin holes and anti-rotation pin hole on the jack panel and prevents
Turn jack；Bolt can be inserted into centering jack and anti-rotation jack；The electromagnet is fixed by screws in the right end of jack panel, electricity
Magnet, which is powered, to connect bolt disk bolt with jack panel with suction in anti-rotation pin hole from centering pin holes, when electromagnet powers off,
Permanent magnet sucks back bolt in centering pin holes and anti-rotation pin hole, the connection disconnection of bolt disk and jack panel, it can be achieved that upper winding shaft and
The Fast Installation and disassembly of lower winding shaft.
The beneficial effects of the present invention are:
1. the present invention passes through the mutual cooperation of the adjustment module, upper link block, lower link block and drive module of setting
Work realizes the continuity winding of textile cloth, and the adjustment module can be realized tensioning and storage to textile cloth, from
And it is convenient for the continuous winding of textile cloth, improve the winding efficiency of textile cloth；Upper link block and lower link block are used for
Mobile upper winding shaft and lower winding shaft, so that upper winding shaft and lower winding shaft alternately wind textile cloth；Drive module be used for
Spool and lower winding shaft carry out driven, to realize the continuous winding work of textile cloth；And the present invention also has structure
Simply, feature small in size, light-weight.
2. the present invention may be implemented in textile cloth notch when cutting to textile cloth by the setting of clamp module
Smooth, can avoid textile cloth run-off the straight in winding simultaneously because the notch of textile cloth is smooth can reduce textile cloth
Incision and corner's yarn fall off.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings.
Fig. 1 is schematic perspective view of the invention；
Fig. 2 is another side view of Fig. 1；
Fig. 3 is schematic diagram of internal structure of the invention；
Fig. 4 is the schematic perspective view of clamp module of the invention；
Fig. 5 is the cross-sectional view of shaft coupling of the invention；
In figure: body 1, upper hopper chute 12, gliding groove 13, shaft coupling 14, bolt disk 141, jack panel 142, bolt 143, forever
Magnet 144, upper winding shaft 2, volume needle 21, upper link block 3, sliding block 31, connecting shaft 32, ratchet 33, pawl 34, is slided electromagnet 145
Dynamic motor 35, sliding rack 37, lower winding shaft 4, lower link block 5, drive module 6, driving gear 61, synchronizes balladeur train 36
Belt wheel 62, clamp module 7, the clamping plate 72, three of No.1 clamping plate 71, two clamping plate 73, punctures slot 731, four folders at driving motor 63
Plate 74, No.1 telescopic rod 75, No. two telescopic rods 76, cutting module 8, rodless cylinder 81, cutter 82, adjustment module 9, left guiding
Roller 91, right guide roller 92, upper regulating roller 93, lower regulating roller 94, adjusting block 95, adjustment spring 96, inversion module 11.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Specific embodiment is closed, the present invention is further explained.
As shown in Figures 1 to 5, the continuous wrap-up of a kind of textile cloth of the present invention, including body 1, upper winding shaft
2, it upper link block 3, lower winding shaft 4, lower link block 5, drive module 6, clamp module 7, cutting module 8, adjustment module 9 and unloads
Expect module 11, the front-rear side walls of the body 1 are respectively arranged with about two horizontally disposed upper hopper chutes 12 and gliding groove 13, and
The length of upper hopper chute 12 is greater than the length of gliding groove 13；The upper winding shaft 2 can be slided by upper link block 3 in upper hopper chute 12
It is dynamic, it is connected between upper winding shaft 2 and upper link block 3 by shaft coupling 14, shaft coupling 14 need to be disconnected when removing upper winding shaft 2；It is described
Lower winding shaft 4 can be slided by lower link block 5 in gliding groove 13, pass through shaft coupling 14 between lower winding shaft 4 and lower link block 5
Connection, need to disconnect shaft coupling 14 when removing lower winding shaft 4；The drive module 6 is located on the front-rear side walls of body 1, drive module 6
Driving is synchronized to upper winding shaft 2 and lower winding shaft 4 from the front and rear sides of body 1, advantageously ensures that the stress balance of textile cloth,
Textile cloth is avoided to tilt, when upper winding shaft 2 and lower winding shaft 4 are located at left end position, drive module 6 can drive upper winding shaft 2 under
Spool 4 rotates, and upper winding shaft 2 and lower winding shaft 4 are located at the two sides up and down of textile cloth, and turn of upper winding shaft 2 and lower winding shaft 4
Move it is contrary, in use, textile cloth by upper winding shaft 2 lower end roll up on upper winding shaft 2, textile cloth is upper by lower winding shaft 4
On lower winding shaft 4, upper winding shaft 2 and lower winding shaft 4 work alternatively end volume, realize the continuity winding of textile cloth, work can be improved
Efficiency；The clamp module 7 is located at the middle part of body 1, and clamp module 7 is for being clamped textile cloth；The blanking punch
Block 8 is mounted on clamp module 7, and cutting module 8 advantageously ensures that textile cloth for cutting to the textile cloth after clamping
Expect the smooth of notch；The adjustment module 9 is located at the left end of body 1, adjustment module 9 be used to adjust the rate of tension of textile cloth with
And textile cloth is cached when being cut to cloth, it ensure that the continuous winding of textile cloth；The inversion module
11 are located at the right end of body 1, and inversion module 11 can stretch out upwards catches upper winding shaft 2 and lower winding shaft 4, in order to remove or install
Upper winding shaft 2 and lower winding shaft 4.
The adjustment module 9 includes left guide roller 91, right guide roller 92, upper regulating roller 93, lower regulating roller 94, adjusting block 95
With adjustment spring 96, the left guide roller 91 and right guide roller 92 are arranged horizontally in the left side of body 1, upper 93 He of regulating roller
Lower regulating roller 94 is between left guide roller 91 and right guide roller 92, and upper regulating roller 93 and lower regulating roller 94 are fixed on two tune
In locking nub 95, the vertical regulating tank that adjusting block 95 can be arranged on body 1 is slided；The adjustment spring 96 is used for upper regulating roller 93
With the automatic adjusument of lower regulating roller 94.When winding to textile cloth, adjustment spring 96 is compressed, and is realized to textile cloth
The tensioning of material, when being cut to textile cloth, adjustment spring 96 stretch, between upper regulating roller 93 and lower regulating roller 94 away from
From increase, the storage to textile cloth is realized.
The inversion module 11 includes two discharging telescopic rods and U-joint, and two discharging telescopic rods are fixed on body 1
Right end and the both ends for being located at lower winding shaft 4, the U-joint are fixed on the top of discharging telescopic rod, and discharging telescopic rod can be removed
Spool 2 and lower winding shaft 4.In use, discharging telescopic rod stretches out upwards catches upper winding shaft 2 or lower winding shaft 4, it is then turned off shaft coupling
14, upper winding shaft 2 or lower winding shaft 4 can then be removed.
As one embodiment of the present invention, the upper link block 3 includes sliding block 31, connecting shaft 32, ratchet 33, spine
Pawl 34, sliding motor 35, balladeur train 36 and sliding rack 37, the sliding block 31 are mounted in upper hopper chute 12 and can slide along the chute
Dynamic, the connecting shaft 32 is mounted on sliding block 31 by bearing, and one end of connecting shaft 32 is connected by shaft coupling 14 with upper winding shaft 2
It connects, the other end of connecting shaft 32 is pierced by body 1；The ratchet 33 is mounted in connecting shaft 32, the spine being used cooperatively with ratchet 33
Pawl 34 is mounted on sliding block 31, and ratchet 33 can prevent upper winding shaft 2 from rotating backward with pawl 34；The sliding motor 35 is mounted on cunning
On block 31, balladeur train 36 is mounted on sliding motor 35, and the sliding rack 37 is arranged in the side of upper hopper chute 12 parallel, sliding
Moving gear 36 and sliding rack 37, which are used cooperatively, can be achieved sliding block 31 along the sliding of upper hopper chute 12；The lower link block 5 and institute
The structure composition for stating link block 3 is identical, and the ratchet 33 and pawl 34 can prevent lower winding shaft 4 from rotating backward.The drive
Dynamic model block 6 includes driving gear 61, synchronous pulley 62 and driving motor 63, and the driving gear 61 is mounted on the axis of connecting shaft 32
End, the synchronous pulley 62 are in tilted layout in the lateral wall of body 1, and the driving motor 63 is for driving 62 turns of synchronous pulley
Dynamic, when upper winding shaft 2 and lower winding shaft 4 are located at the left end of body 1, synchronous pulley 62 drives the driving rotation of gear 61, sliding tooth
Wheel 61 drives connecting shaft 32 to rotate, and connecting shaft 32 drives upper winding shaft 2 or lower winding shaft 4 to rotate by shaft coupling 14, in use, on
Spool 2 does not rotate simultaneously with lower winding shaft 4.Drive module and upper link block 3 and lower link block 5, which are used cooperatively, can be achieved to spinning
The continuous winding of woven fabric material.
As one embodiment of the present invention, the clamp module 7 includes the identical No.1 clamping plate 71, two of four structures
Number 72, No. three clamping plates 73 of clamping plate and No. four clamping plates 74, further include for driving No.1 clamping plate 71 synchronous with No. two about 72 clamping plates
The No.1 telescopic rod 75 of movement and No. two telescopic rods 76 for driving No. three clamping plates 73 and No. four about 74 clamping plates to move synchronously, No.1
Telescopic rod 75 is mounted on the top of body 1, and No. two telescopic rods 76 are fixed on the bottom of body 1；Lower winding shaft 4 is located at gliding groove 13
When left end, No.1 telescopic rod 75 and No. two telescopic rods 76 stretch out, and No.1 clamping plate 71 moves downward and cooperates reality with lower winding shaft 4
The clamping to the textile cloth other end now is realized to the clamping of textile cloth one end, No. two clamping plates 72 and No. four cooperations of clamping plate 74,
The cutting module 8 is located between two clamping points of textile cloth；When upper winding shaft 2 is located at the left end of upper hopper chute 12, No.1
Telescopic rod 75 and No. two telescopic rods 76 stretch out, and No. three clamping plates 73 are moved upwards and realized with the cooperation of upper winding shaft 2 to textile cloth
The clamping to the textile cloth other end is realized in the clamping of one end, No. two clamping plates 72 and No. four cooperations of clamping plate 74.
As one embodiment of the present invention, the upper winding shaft 2 is air-expanding shaft, just there is the textile cloth for completing winding
It removes, upper winding shaft 2 is equipped with the volume needle 21 that can be stretched, and volume needle 21 can puncture textile cloth and realize that textile cloth is wrapped in volume
On axis 2；The lower winding shaft 4 is same component with upper winding shaft 2；No. three clamping plates 73 are equipped with the thorn being used cooperatively with volume needle 21
Broken slot 731, the volume insertion of needle 21, which punctures, can puncture textile cloth in slot 731, while can be realized No. three clamping plates 73 and upper winding shaft 2 is right
The clamping of textile cloth.
As one embodiment of the present invention, the cutting module 8 includes rodless cylinder 81 and cutter 82, the nothing
Bar cylinder 81 is arranged in parallel between No.1 clamping plate 71 and No. two clamping plates 72, and the cutter 82 are fixed on rodless cylinder 81.
Rodless cylinder 81 drives cutter 82 to slide along the width direction of textile cloth, realizes the cutting to textile cloth.
As one embodiment of the present invention, the shaft coupling 14 include bolt disk 141, jack panel 142, bolt 143,
Permanent magnet 144 and electromagnet 145 are provided with centering pin holes, the surrounding of centering pin holes at the center of 141 right side of bolt disk
It is provided with the anti-rotation pin hole for preventing rotation, bolt 143 is mounted in the centering pin holes and anti-rotation pin hole, the permanent magnet is used
It is adsorbed in centering pin holes and anti-rotation pin hole in by bolt 143；It is provided on the jack panel 142 and centering pin holes and anti-
It ships and resell on another market the corresponding centering jack in hole and anti-rotation jack；Bolt 143 can be inserted into centering jack and anti-rotation jack；The electromagnet
145 are fixed by screws in the right end of jack panel 142, and electromagnet 145 is powered can be by bolt 143 from centering pin holes and anti-rotation pin hole
Middle suction connects bolt disk 141 and jack panel 142, and when electromagnet 145 powers off, bolt 143 is sucked back centring pin by permanent magnet 144
In hole and anti-rotation pin hole, the connection of bolt disk 141 and jack panel 142 disconnects the quick peace, it can be achieved that upper winding shaft 2 and lower winding shaft 4
Dress and disassembly.
In use, one end of textile cloth sequentially passes through left guide roller 91, upper regulating roller 93, lower regulating roller 94 and right guiding
Roller 92 is simultaneously wrapped on upper winding shaft 2, and upper winding shaft 2 is located at the left end of upper hopper chute 12, and driving motor 63 drives synchronous belt rotation, together
Walking belt wheel 62 drives driving gear 61 to rotate, and driving gear 61 drives connecting shaft 32 to rotate, and connecting shaft 32 passes through 14 band of shaft coupling
Dynamic upper winding shaft 2 rotates, and upper winding shaft 2 winds textile cloth, after the completion of the textile cloth winding on upper winding shaft 2, sliding
Motor 35 drives balladeur train 36 to rotate, and balladeur train 36 cooperates with sliding rack 37 is transported to upper hopper chute 12 for upper winding shaft 2
Right end, while driving motor 63 stops operating, lower winding shaft 4 moves to the left end of gliding groove 13 by lower link block 5, due to
The setting of ratchet 33 and pawl 34, upper winding shaft 2 will not rotate backward, after upper winding shaft 2 moves to the right end of upper hopper chute 12, No.1
Telescopic rod 75 and No. two telescopic rods 76 stretch out, one end of No.1 clamping plate 71 and the clamping textile cloth of lower winding shaft 4, No. two 72 Hes of clamping plate
No. four clamping plates 74 clamp the other end of textile cloth, and the opening of adjustment spring 96 stores textile cloth at this time, then without bar
Cylinder 81 drives cutter 82 to cut textile cloth, and then driving motor 63 is rotated backward textile cloth winding under
On spool 4, the continuous winding to textile cloth is realized.When discharging, discharging telescopic rod stretches out the both ends of support upper winding shaft 2, then
The power supply of electromagnet 145 is disconnected, then discharging telescopic rod moves downward the height for reducing upper winding shaft 2, then releases in upper winding shaft 2
Gas, volume needle 21 retract, textile cloth can be removed from upper winding shaft 2 at this time.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and only illustrating for the description in above embodiments and description is of the invention
Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change
Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent
It defines.
Claims (7)
1. a kind of continuous wrap-up of textile cloth, including body (1), upper winding shaft (2), upper link block (3), lower winding shaft (4),
Lower link block (5), drive module (6), clamp module (7), cutting module (8), adjustment module (9) and inversion module (11),
The front-rear side walls of the body (1) are respectively arranged with about two horizontally disposed upper hopper chutes (12) and gliding groove (13), and on
The length of sliding slot (12) is greater than the length of gliding groove (13)；The upper winding shaft (2) can be in upper hopper chute by upper link block (3)
(12) sliding in, is connect between upper winding shaft (2) and upper link block (3) by shaft coupling (14)；Under the lower winding shaft (4) passes through
Link block (5) can be slided in gliding groove (13), between lower winding shaft (4) and lower link block (5) even by shaft coupling (14)
It connects；The drive module (6) is located on the front-rear side walls of body (1), and upper winding shaft (2) and lower winding shaft (4) are located at left end position
When, drive module (6) can drive upper winding shaft (2) and lower winding shaft (4) to rotate, and upper winding shaft (2) and lower winding shaft (4) are located at spinning
The two sides up and down of woven fabric material, and upper winding shaft (2) is opposite with the rotation direction of lower winding shaft (4)；The clamp module (7) is located at body
(1) middle part, clamp module (7) is for being clamped textile cloth；The cutting module (8) is mounted on clamp module (7)
On, cutting module (8) is for cutting the textile cloth after clamping；The adjustment module (9) is located at a left side for body (1)
End, adjustment module (9) are used to adjust the rate of tension of textile cloth and delay when cutting to cloth to textile cloth
It deposits；The inversion module (11) is located at the right end of body (1), inversion module (11) can stretch out upwards catch upper winding shaft (2) and under
Spool (4), in order to remove or install upper winding shaft (2) and lower winding shaft (4)；Wherein:
The adjustment module (9) includes left guide roller (91), right guide roller (92), upper regulating roller (93), lower regulating roller (94), adjusts
Locking nub (95) and adjustment spring (96), the left guide roller (91) and right guide roller (92) are arranged horizontally in the left side of body (1),
The upper regulating roller (93) and lower regulating roller (94) are between left guide roller (91) and right guide roller (92), and upper regulating roller
(93) it is fixed on two adjusting blocks (95) with lower regulating roller (94), the vertical tune that adjusting block (95) can be arranged on body (1)
Save slot sliding；The adjustment spring (96) is used for the automatic adjusument of upper regulating roller (93) and lower regulating roller (94)；
The inversion module (11) includes two discharging telescopic rods and U-joint, and two discharging telescopic rods are fixed on body (1)
Right end and the both ends for being located at lower winding shaft (4), the U-joint are fixed on the top of discharging telescopic rod, and discharging telescopic rod can be removed
Upper winding shaft (2) and lower winding shaft (4).
2. the continuous wrap-up of a kind of textile cloth according to claim 1, it is characterised in that: the upper link block
It (3) include sliding block (31), connecting shaft (32), ratchet (33), pawl (34), sliding motor (35), balladeur train (36) and sliding
Rack gear (37), the sliding block (31) are mounted in upper hopper chute (12) and can slide along the chute, and the connecting shaft (32) passes through bearing
It is mounted on sliding block (31), one end of connecting shaft (32) is connected by shaft coupling (14) with upper winding shaft (2), connecting shaft (32)
The other end is pierced by body (1)；The ratchet (33) is mounted on connecting shaft (32), the pawl (34) being used cooperatively with ratchet (33)
It is mounted on sliding block (31), ratchet (33) can prevent upper winding shaft (2) from rotating backward with pawl (34)；Sliding motor (35) peace
On sliding block (31), balladeur train (36) is mounted on sliding motor (35), and the sliding rack (37) is arranged in parallel
The side of sliding slot (12), balladeur train (36) and sliding rack (37) are used cooperatively and sliding block (31) can be achieved along upper hopper chute (12)
Sliding；The lower link block (5) is identical as the structure composition of the upper link block (3), and the ratchet (33) and pawl
(34) it can prevent lower winding shaft (4) from rotating backward.
3. the continuous wrap-up of a kind of textile cloth according to claim 1, it is characterised in that: the drive module (6)
Connecting shaft (32) are mounted on including driving gear (61), synchronous pulley (62) and driving motor (63), the driving gear (61)
Shaft end, the synchronous pulley (62) is in tilted layout in the lateral wall of body (1), and the driving motor (63) is for driving synchronization
Belt wheel (62) rotation, when upper winding shaft (2) and lower winding shaft (4) are located at the left end of body (1), synchronous pulley (62) drive is driven
Gear (61) rotation, driving gear (61) drive connecting shaft (32) rotation, and connecting shaft (32) is driven by shaft coupling (14) and rolled up
Axis (2) or lower winding shaft (4) rotation, in use, upper winding shaft (2) does not rotate simultaneously with lower winding shaft (4).
4. the continuous wrap-up of a kind of textile cloth according to claim 1, it is characterised in that: the clamp module (7)
Including the identical No.1 clamping plate (71) of four structures, No. two clamping plates (72), No. three clamping plates (73) and No. four clamping plates (74), further include
No. three clamping plates of No.1 telescopic rod (75) and drive for driving No.1 clamping plate (71) and No. two clamping plates (72) to move synchronously up and down
(73) and above and below No. four clamping plates (74) No. two telescopic rods (76) moved synchronously, No.1 telescopic rod (75) are mounted on body (1)
Top, No. two telescopic rods (76) are fixed on the bottom of body (1)；When lower winding shaft (4) is located at the left end of gliding groove (13), No.1
Telescopic rod (75) and No. two telescopic rods (76) are stretched out, and No.1 clamping plate (71) moves downward and cooperates realization pair with lower winding shaft (4)
The clamping to the textile cloth other end is realized in the clamping of textile cloth one end, No. two clamping plates (72) and No. four clamping plate (74) cooperations,
The cutting module (8) is located between two clamping points of textile cloth；Upper winding shaft (2) is located at the left end of upper hopper chute (12)
When, No.1 telescopic rod (75) and No. two telescopic rods (76) are stretched out, and No. three clamping plates (73) move upwards and cooperate with upper winding shaft (2)
Realize that the clamping to textile cloth one end, No. two clamping plates (72) and No. four clamping plate (74) cooperations are realized to the textile cloth other end
It clamps.
5. the continuous wrap-up of a kind of textile cloth according to claim 4, it is characterised in that: the upper winding shaft (2) is
Air-expanding shaft, upper winding shaft (2) are equipped with the volume needle (21) that can be stretched, and volume needle (21) can puncture textile cloth and realize that textile cloth twines
It is wound on upper winding shaft (2)；The lower winding shaft (4) and upper winding shaft (2) are same component；No. three clamping plates (73) are equipped with and volume
What needle (21) was used cooperatively punctures slot (731), and volume needle (21) insertion, which punctures in slot (731), can puncture textile cloth, while can
Realize No. three clamping plates (73) and the clamping of upper winding shaft (2) to textile cloth.
6. the continuous wrap-up of a kind of textile cloth according to claim 4, it is characterised in that: the cutting module (8)
Including rodless cylinder (81) and cutter (82), the rodless cylinder (81) is arranged in No.1 clamping plate (71) and No. two clamping plates parallel
(72) between, the cutter (82) are fixed on rodless cylinder (81).
7. the continuous wrap-up of a kind of textile cloth according to claim 1, it is characterised in that: shaft coupling (14) packet
Include bolt disk (141), jack panel (142), bolt (143), permanent magnet (144) and electromagnet (145), the bolt disk (141)
Centering pin holes are provided at the center of right side, the surrounding of centering pin holes is provided with the anti-rotation pin hole for preventing rotation, the centering
It is mounted in pin hole and anti-rotation pin hole bolt (143), the permanent magnet is used to for bolt (143) to be adsorbed on centering pin holes and prevent
It ships and resell on another market in hole；It is provided with centering jack corresponding with the centering pin holes and anti-rotation pin hole on the jack panel (142) and prevents
Turn jack；Bolt (143) can be inserted into centering jack and anti-rotation jack；The electromagnet (145) is fixed by screws in jack
Bolt (143) can be sucked out from centering pin holes and anti-rotation pin hole by bolt disk for the right end of disk (142), electromagnet (145) energization
(141) it is connected with jack panel (142).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201710851882.6A CN107618911B (en) | 2017-09-19 | 2017-09-19 | A kind of continuous wrap-up of textile cloth |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710851882.6A CN107618911B (en) | 2017-09-19 | 2017-09-19 | A kind of continuous wrap-up of textile cloth |
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| CN107618911B true CN107618911B (en) | 2019-05-14 |
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Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109720915B (en) * | 2019-01-24 | 2020-09-11 | 绍兴美科针纺有限公司 | Cloth winding and discharging device of large circular knitting machine |
| CN111826780B (en) * | 2020-07-16 | 2021-09-28 | 杭州明华纺织有限公司 | Air jet loom for high-temperature-resistant fabric and using method thereof |
| CN111824825B (en) * | 2020-07-26 | 2022-07-29 | 郭云峰 | Coiling mechanism is assisted to lawn piece |
| CN112499327A (en) * | 2020-11-02 | 2021-03-16 | 江阴骏友电子股份有限公司 | Polyimide film rolling dust shaker |
| CN112853724B (en) * | 2021-01-07 | 2022-04-26 | 长兴县海联纺织有限公司 | Polyester fabric processing system and processing method |
| CN113184580B (en) * | 2021-06-21 | 2023-03-21 | 山东明福制衣有限公司 | Textile conveying device |
| CN114348709A (en) * | 2021-12-22 | 2022-04-15 | 盐城中铭新材料有限公司 | Cloth stainless steel fiber cloth winding device and winding method |
| CN115043267B (en) * | 2022-08-16 | 2023-08-01 | 宿迁华棉纺织有限公司 | Cloth coiling mechanism is used in weaving processing |
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| DE3629216A1 (en) * | 1986-08-28 | 1988-03-03 | Brueckner Trockentechnik Gmbh | Process and device for the winding and transverse cutting of a web material |
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| CN107618911A (en) | 2018-01-23 |
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Effective date of registration: 20190415 Address after: 528143 No. 10-1, Datangyuan Area A, Sanshui Industrial Park, Foshan City, Guangdong Province (F6) Applicant after: Foshan Huike Textile Co., Ltd. Address before: Room 0406, Building 7, Yibang International Home Brand Center, Suzhou City, Anhui Province Applicant before: Suzhou Deyuan Garment Co. Ltd. |
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