CN107345330A - Warping winder is wrapped in a kind of double deep bid - Google Patents
Warping winder is wrapped in a kind of double deep bid Download PDFInfo
- Publication number
- CN107345330A CN107345330A CN201710565363.3A CN201710565363A CN107345330A CN 107345330 A CN107345330 A CN 107345330A CN 201710565363 A CN201710565363 A CN 201710565363A CN 107345330 A CN107345330 A CN 107345330A
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- CN
- China
- Prior art keywords
- frame
- deep bid
- sub
- slide
- bottom plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- D—TEXTILES; PAPER
- D02—YARNS; MECHANICAL FINISHING OF YARNS OR ROPES; WARPING OR BEAMING
- D02H—WARPING, BEAMING OR LEASING
- D02H3/00—Warping machines
-
- D—TEXTILES; PAPER
- D02—YARNS; MECHANICAL FINISHING OF YARNS OR ROPES; WARPING OR BEAMING
- D02H—WARPING, BEAMING OR LEASING
- D02H13/00—Details of machines of the preceding groups
-
- D—TEXTILES; PAPER
- D02—YARNS; MECHANICAL FINISHING OF YARNS OR ROPES; WARPING OR BEAMING
- D02H—WARPING, BEAMING OR LEASING
- D02H13/00—Details of machines of the preceding groups
- D02H13/16—Reeds, combs, or other devices for determining the spacing of threads
-
- D—TEXTILES; PAPER
- D02—YARNS; MECHANICAL FINISHING OF YARNS OR ROPES; WARPING OR BEAMING
- D02H—WARPING, BEAMING OR LEASING
- D02H13/00—Details of machines of the preceding groups
- D02H13/22—Tensioning devices
- D02H13/26—Tensioning devices for threads in warp form
Abstract
The present invention relates to a kind of double deep bid to be wrapped warping winder, including frame, distribution box is provided with frame, frame side is arranged at intervals with two deep bid winding assemblies, identical tension motor is respectively arranged with frame, the pneumatically operated brake for stopping the rotation of deep bid winding assembly is provided with frame, liftable silk rolling rod frame is provided with the side of frame, two roll dies excessively being used cooperatively respectively with deep bid winding assembly are provided with the outside of frame, the roll dies side adjacent with liftable silk rolling rod frame is being crossed and is being respectively arranged with sub-wire reed in frame.And after the big coiled hair of single ingot is received completely, it is not necessary to shut down removable disk, seamless connection can be completed by directly leading to another coiled hair.Cancel roll friction transmission, warp beam is directly dragged using frequency control, keep yarn uniformly linear, constant tension winding, and effectively reduce the damage of silk thread.And arranged by the concussion movement guiding Yarn homogeneous of eccentric, ensure warp beam surface rounding.
Description
Technical field
The present invention relates to winder technical field, especially a kind of double deep bid package warping winder.
Background technology
It is that all processes are wound into cylinder in the step of known technical field, general warping winding, cylinder is arrived by assembly and disassembly
In subrack, bobbin cradle outlet overtension device, yarn guide member etc., after behind expansion reed fixed position through cord roller, it is finally upper whole
Wound in warp beam.Monofilament volume will pass through after shaping is wound into cylinder, tears bobbin cradle on cylinder open, then leads silk and cross warping winding, is not having
Manipulator and automaticity in the case of not high have that many processes are intricate, cumbersome technical process is also unfavorable for pair
Quality and the control of production.
Batch warping be after the theoretical total radical of fabric is carried out in batches on Scroll, so as to after realizing road and silk
The techniques such as starching, drying.Beam warper is driven the novel high speed warping of warping machine till now by the roll friction of early stage
Machine has the shortcomings that slurry hard waste is more, varietal adaptation is not wide.
Roll friction transmission warping machine is to rely on weight, the weight through armshaft and warp using frictional drive warping pressure method
The weight (i.e. longitudinal gravity pressurization) of axle in itself, the mode of horizontal pressurization is employed after improving old machine, and speed of beaming only has
400M/min.The even tension degree of yarn is also poor.Shortcoming is that thread wear is serious, and warp beam can beat during high speed, influences
Power uniformity coefficient and warp beam roundness, rolling speed is low, and after broken end, warp thread is easily involved in warp beam.Braking is had higher requirements, institute
To be gradually eliminated.
Novel high speed warping winder employs tension control technology mostly, and warping design maximum speed 1000m/min is left
It is right.In practice, novel high speed warping machine speed of beaming is more than 800m/min.Instantly many factories all produce respective technical characterstic
Warping winder, according to the characteristics of product with performance employed respectively on the constant tension device of warping washer type tension force dress
Put, HH type rollers tensioner, FB type Yarn Spinning Tensions device, T-shaped disc type tension-adjusting gear, electromagnetic damping tensioner, lead
Yarn bar type tensioner etc. controls tension force.In rolling speed, self-contained disk size and filar guide Stroke Control etc. etc. have
Improvement was done, although so there is guarantee in technique and quality, wears silk, hanging wire adds process again, production and maintenance
Cost is also very high, is suitable for the high production of some quality requirements.In order that yarn tension in Warping is uniform, generally all employ
Bobbin cradle or manipulator assembly and disassembly, so do to some medium-sized and small enterprises early stage production cost requirement and worker's Capability Requirement all very
It is high.Some enterprises are also improved the sub-wire reed of silk rolling.By the contraction of connecting rod form is fixed on the connecting rod of regular length come
Adjust the close degree of comb of silk rolling.Because the contraction and elongation of connecting rod can produce front and rear alternating, only conducting wire pole can produce tension force not
, so being wound more suitable for level.Such winding is all the big coiled hair winding of single ingot mostly, is needed after completing to wind
Removable disk is shut down, upper disk, thus wastes very much the efficiency for receiving silk.
The content of the invention
The technical problem to be solved in the present invention is：Overcome above mentioned problem, there is provided can protected while monofilament extrusioning shaping
On the basis of the quality for demonstrate,proving monofilament, warping is wrapped into a kind of double deep bid of disk with regard to warping can be done directly without bobbin cradle
Winder.
The technical solution adopted for the present invention to solve the technical problems is：Warping winder is wrapped in a kind of double deep bid,
Including frame, distribution box is provided with frame, frame side is arranged at intervals with two deep bid winding assemblies, in frame respectively
The identical tension motor for driving deep bid winding assembly is provided with, use is provided with frame and positioned at deep bid winding assembly side
In the pneumatically operated brake for stopping the rotation of deep bid winding assembly, liftable silk rolling rod frame is provided with the side of frame, in frame
Outside be provided with two be used cooperatively respectively with deep bid winding assembly cross roll dies, crossing roll dies and liftable silk rolling rod frame phase
Adjacent side and it is respectively arranged with sub-wire reed in frame.
Further, deep bid winding assembly of the invention includes two band plummer block housing axles being correspondingly arranged in frame
Hold, Scroll is equipped with two band plummer block housing bearings, be provided with one end that Scroll is located in frame and identical tension electricity
Machine is used cooperatively and can driven the belt wheel that Scroll rotates, and is located at one end outside frame in Scroll and is provided with closed reel, is receiving
With being provided with the brake block that is used cooperatively with pneumatically operated brake between plummer block housing bearing on spool and positioned at two.
Further, liftable silk rolling rod frame of the invention includes the expansion bracket weldment for being arranged on frame side, stretches
A pedestal is entered in the side that is provided with that can be stretched up and down on frame weldment, side enter in a pedestal can transversal stretching be provided with flexible silk rolling
Bar.
Further, roll dies of crossing of the invention includes crossing roll dies weldment for what is be connected with frame, is crossing roll dies weldment
Two supporting plates above and with the non-conterminous side of sub-wire reed are arranged at intervals with, rotating shaft is rotatably provided between supporting plate,
It is arranged with roll dies, electromagnetic brake and brake fixed disk successively in rotating shaft, is provided with the supporting plate for measuring roll dies rotation
The proximity switch of the number of turns, two gear silk pins are also arranged at intervals with roll dies weldment is crossed.
Further, sub-wire reed of the invention includes being used for the sub-wire reed support being connected with frame, is set on sub-wire reed support
Be equipped with herringbone bottom plate, the first slide block assembly and the second slide block assembly be arranged at intervals with herringbone bottom plate, on herringbone bottom plate and with
The adjacent side of first slide block assembly is provided with reducing motor, is provided with the output shaft of reducing motor and matches somebody with somebody with the first slide block assembly
Close the eccentric wheel that uses, mobilizable on herringbone bottom plate to be provided with cover plate, cover plate is connected by extension spring with herringbone bottom plate, in cover plate
It is upper and be provided with sub-wire shuttle component positioned at the first slide block assembly and the second slide block assembly between, be arranged at intervals with cover plate two and
The first chute that sub-wire shuttle component coordinates, it is provided between two the first chutes and coordinates be applicable second to slide with sub-wire shuttle component
Groove.
Further, the first fixation that the first slide block assembly of the invention includes being arranged at herringbone bottom plate proximal edge is slided
Seat, is arranged at intervals with two the first slide bars that can make straight reciprocating motion along the first fixing slide carriage in the first fixing slide carriage,
The first sliding block is provided with one end that first slide bar is located in herringbone bottom plate, is located at one end of herringbone base plate external in the first slide bar
On be provided with the second sliding block, be provided with the fast pulley being used cooperatively with eccentric wheel on the second sliding block, the first fixing slide carriage, first are slided
Screw mandrel is provided between block and the second sliding block and is connected by wire rod thread, one end that screw mandrel is located at outside herringbone bottom plate is provided with use
In the first handwheel of control screw mandrel, the second slide block assembly includes the second fixing slide carriage being arranged on herringbone bottom plate, solid second
Determine to be arranged at intervals with two the second slide bars that can make straight reciprocating motion along the second fixing slide carriage in slide, in the second slide bar and
The 3rd sliding block is provided with the adjacent one end of one slide block assembly, the first sliding block and the 3rd sliding block are connected with cover plate respectively.
Further, sub-wire shuttle components of the invention are included according to upper coaxially connected the first pin holder under, second
Pin holder and copper shoe, the first pin holder and the second pin holder are rotatably hinged, the first pin holder and the second pin holder mutually from
Both ends on be provided with the needle stand plate sliding block that can be slided and rotate in the first chute, cover plate both sides are respectively arranged with bearing block,
The second screw mandrel is provided between bearing block, copper shoe is set on the second screw mandrel, and the second screw mandrel is located on one end outside bearing block
The second handwheel for controlling the second screw mandrel is arranged with, the first pin holder and the second pin holder upper end are provided with sub-wire shuttle.
Further, in frame of the invention on be provided with electronic pressure controller for controlling identical tension motor.
The beneficial effects of the invention are as follows：All multiple operation are saved, save labour cost and time, and in the big coiled hair of single ingot
After receiving completely, it is not necessary to shut down removable disk, seamless connection can be completed by directly leading to another coiled hair.Cancel roll friction transmission,
Warp beam is directly dragged using frequency control, keeps yarn uniformly linear, constant tension winding, and effectively reduces the damage of silk thread.
And arranged by the mobile guiding Yarn homogeneous of sub-wire reed concussion with eccentric, ensure warp beam surface rounding.
Brief description of the drawings
The present invention is further described with reference to the accompanying drawings and examples.
Fig. 1 is the positive structure schematic of the present invention；
Fig. 2 is structural representation behind the present invention；
Fig. 3 is the deep bid winding assembly structural representation of the present invention；
Fig. 4 is the silk rolling roll structure schematic diagram of the present invention；
Fig. 5 is A enlarged diagrams in Fig. 4；
Structural representation when Fig. 6 is the sub-wire reed component board status with cover of the present invention；
Fig. 7 be the present invention sub-wire reed component not cover plate state when structural representation；
In figure：1. frame, 2. deep bid winding assemblies, 20. band plummer block housing bearings, 21. Scrolls, 22. belt wheels, 23. windings
Disk, 24. brake blocks, 3. identical tension motors, 4. pneumatically operated brakes, 5. liftable silk rolling rod framves, 50. expansion bracket weldments, 51. sides
Enter a pedestal, 52. stretched screw mandrel, and 6. cross roll dies, and 60. cross roll dies weldments, 61. supporting plates, 62. rotating shafts, 63. roll dies, 64. electricity
Magnetic brake, 65. brake fixed disks, 66. proximity switches, 67. gear silk pins, 7. sub-wire reeds, 70. sub-wire reed supports, 71. herringbone bottoms
Plate, 72. first slide block assemblies, 720. first fixing slide carriages, 721. first slide bars, 722. first sliding blocks, 723. second sliding blocks,
724. fast pulleys, 725. screw mandrels, 726. first handwheels, 73. second slide block assemblies, 730. second fixing slide carriages, 731. second slide
Bar, 732. the 3rd sliding blocks, 74. reducing motors, 75. eccentric wheels, 76. cover plates, 760. extension springs, 77. sub-wire shuttle components, 770. first
Pin holder, 771. second pin holders, 772. copper shoes, 773. needle stand plate sliding blocks, 774. bearing blocks, 775. second screw mandrels, 776.
Second handwheel, 777. sub-wire shuttles, 78. first chutes, 79. second chutes, 8. distribution boxs, 9. electronic pressure controllers.
Embodiment
In conjunction with the accompanying drawings, the present invention is further explained in detail.These accompanying drawings are simplified schematic diagram, only with
Illustration illustrates the basic structure of the present invention, therefore it only shows the composition relevant with the present invention.
Warping winder, including frame is wrapped in the preferred embodiments of the present invention as shown in figs. 1-7, a kind of double deep bid
1, distribution box 8 is provided with frame 1, the side of frame 1 is arranged at intervals with two deep bid winding assemblies 2, set respectively in frame 1
The identical tension motor 3 for driving deep bid winding assembly 2 is equipped with, is provided with frame 1 and positioned at the side of deep bid winding assembly 2
For stopping the pneumatically operated brake 4 of the rotation of deep bid winding assembly 2, liftable silk rolling rod frame 5 is provided with the side of frame 1,
Two roll dies 6 excessively being used cooperatively respectively with deep bid winding assembly 2 are provided with the outside of frame 1, are crossing roll dies 6 and liftable
The adjacent side of silk rolling rod frame 5 and sub-wire reed 7 is respectively arranged with the frame 1.
Deep bid winding assembly 2 includes two band plummer block housing bearings 20 being correspondingly arranged in frame 1, in two band plummer block housings
Scroll 21 is equipped with bearing 20, is provided with one end that Scroll 21 is located in frame 1 and is used cooperatively with identical tension motor 3
And the belt wheel 22 that Scroll 21 can be driven to rotate, it is located at one end outside frame 2 in Scroll 21 and is provided with closed reel 23, is winding
With being provided with the brake block 24 that is used cooperatively with pneumatically operated brake 4 between plummer block housing bearing 20 on axle 21 and positioned at two.
Liftable silk rolling rod frame 5 includes the expansion bracket weldment 50 for being arranged on the side of frame 1, can be upper and lower on expansion bracket weldment 50
A pedestal 51 is entered in the flexible side that is provided with, side enter in a pedestal 51 can transversal stretching be provided with the screw mandrel 52 that stretched.
That crosses that roll dies 6 includes being used to be connected with frame 1 crosses roll dies weldment 60, in mistake roll dies weldment 60 and with sub-wire reed 7
Non-conterminous side is arranged at intervals with two supporting plates 61, rotating shaft 62 is rotatably provided between supporting plate 61, in rotating shaft
Roll dies 63, electromagnetic brake 64 and brake fixed disk 65 are arranged with 62 successively, is provided with supporting plate 61 for measuring roll dies
The proximity switch 66 of 63 turnning circles, two gear silk pins 67 are also arranged at intervals with roll dies weldment 60 is crossed.
Sub-wire reed 7 includes being used for the sub-wire reed support 70 being connected with frame 1, and herringbone bottom plate is provided with sub-wire reed support 70
71, the first slide block assembly 72 and the second slide block assembly 73 are arranged at intervals with herringbone bottom plate 71, on herringbone bottom plate 71 and with
The adjacent side of one slide block assembly 72 is provided with reducing motor 74, is provided with the output shaft of reducing motor 74 and the first sliding block group
The eccentric wheel 75 that part 72 is used cooperatively, mobilizable on herringbone bottom plate 71 to be provided with cover plate 76, cover plate 76 passes through extension spring 760 and people
Word bottom plate 71 is connected, and sub-wire shuttle group is provided with cover plate 76 and between the first slide block assembly 72 and the second slide block assembly 73
Part 77, two the first chutes 78 coordinated with sub-wire shuttle component 77 are arranged at intervals with cover plate 76, two the first chutes 78 it
Between be provided with and coordinate the second applicable chute 79 with sub-wire shuttle component 77.
First slide block assembly 72 includes being arranged on the first fixing slide carriage 720 at the proximal edge of herringbone bottom plate 71, solid first
Determine to be arranged at intervals with two the first slide bars 721 that can make straight reciprocating motion along the first fixing slide carriage 720 in slide 720,
The first sliding block 722 is provided with one end that one slide bar 721 is located in herringbone bottom plate 71, is located at herringbone bottom plate in the first slide bar 721
The second sliding block 723 is provided with one end outside 71, the fast pulley being used cooperatively with eccentric wheel 75 is provided with the second sliding block 723
724, screw mandrel 725 is provided between the first fixing slide carriage 720, the first sliding block 722 and the second sliding block 723 and by the spiral shell of screw mandrel 725
Line connects, and one end that screw mandrel 725 is located at outside herringbone bottom plate 71 is provided with the first handwheel 726 for controlling screw mandrel 725, and second slides
Block assembly 73 includes the second fixing slide carriage 730 being arranged on herringbone bottom plate 71, is arranged at intervals with the second fixing slide carriage 730
Two the second slide bars 731 that can make straight reciprocating motion along the second fixing slide carriage 730, in the second slide bar 731 and the first sliding block group
The 3rd sliding block 732 is provided with the adjacent one end of part 72, the first sliding block 722 and the 3rd sliding block 732 are connected with cover plate 76 respectively.
The component of sub-wire shuttle component 77 is included according to upper the first pin holder 770, the second pin holder 771 and copper coaxially connected under
Sliding block 772, the first pin holder 770 and the second pin holder 771 are rotatably hinged, the first pin holder 770 and the second pin holder 771
Mutually from both ends on be provided with the needle stand plate sliding block 773 that can slide and rotate in the first chute 78, the both sides of cover plate 76 are set respectively
Bearing block 774 is equipped with, the second screw mandrel 775 is provided between bearing block 774, copper shoe 772 is set on the second screw mandrel 775, the
The second handwheel 776 for controlling the second screw mandrel 775, the first pin are arranged with one end that two screw mandrels 775 are located at outside bearing block 774
The upper end of 770 and second pin holder of panel seat 771 is provided with sub-wire shuttle 777.
The electronic pressure controller 9 for controlling identical tension motor 3 is provided with 1 in frame.
After the process such as embodiment, extruded monofilament is cooled down through supercooled water tank, drafting machine drawing-off, boiler heating, oven for drying
Led after controlling height from liftable silk rolling rod frame 5 into sub-wire reed 7, telescopic structure is used to guide organizine height and beneficial to monofilament
Tension force.
Monofilament enters sub-wire reed 7, and sub-wire reed 7 can realize that left and right reciprocally swinging ensures to receive the smooth of silk and is not embedded in mutually.When
Reducing motor 74 rotates with movable eccentric wheel 75, and eccentric wheel 75 promotes fast pulley 724, and fast pulley 724 drives the first slide block assembly 72
Be subjected to displacement with the second slide block assembly 73 to side, at the same the first slide block assembly 72 and the second slide block assembly 73 drive cover plate 76 to
Side is subjected to displacement, and when being displaced to certain 75 limit of eccentric wheel, is pulled the homing of cover plate 76 by extension spring 760, is completed once
The reciprocating motion of cover plate 76.Cover plate 76, which moves back and forth, drives sub-wire component 77 by needle stand plate sliding block 773 in the first chute 78
Slide, and coordinated by copper shoe 772 and the second chute 79, the first pin holder 770 and the second pin holder 771 is converted and is hinged
Angle, produce the effect of the width of control warping, coiling.And pass through the screw mandrel on the first slide block assembly 72 and bearing block 774
725 and second screw mandrel 775, the swing size and wobble area of regulation sub-wire reed 7, so as to adjusting wound on the center of closed reel
The amplitude symmetrically swung towards both sides.
Monofilament entered on roll dies 6 via sub-wire reed 7, and the tow roll dies 63 that rubbed after by roll dies 63 rotates, close to opening
Close 66 and organizine length is converted into by its diameter again by recording the rotating cycle of roll dies 63.Installation brake fixed disk 65 can be disconnected
Silk avoids the inertia of roll dies 63 from rotating under shutting down cause note circle error.Keep off silk pin 67 and ensure that the silk rolling scope in entire row silk rolling face will not
More than come off caused by roll dies terminal filament the problems such as.All silk threads ensure all in same plane before whole component ensures winding
The Tensity size of silk thread is consistent.
Monofilament enters on deep bid winding assembly 2 via roll dies 6 is crossed, and identical tension motor 3 drives closed reel 23 to rotate and received
Silk, after closed reel 23 receives full silk, stop identical tension motor 3, and control pneumatically operated brake 4 to be rubbed with brake block 24, make
Closed reel 23 is shut down.At this moment organizine can be cut off and is directed to the liftable silk rolling rod near another deep bid winding assembly 2
On frame 5, said process is repeated, completes to receive silk again, can uninterruptedly carry out receiving silk operation.
It is complete by above-mentioned description, relevant staff using the above-mentioned desirable embodiment according to the present invention as enlightenment
Various changes and amendments can be carried out without departing from the scope of the technological thought of the present invention' entirely.The technology of this invention
Property scope is not limited to the content on specification, it is necessary to determines its technical scope according to right.
Claims (8)
1. warping winder, including frame (1) is wrapped in a kind of double deep bid, distribution box is provided with described frame (1)
(8), it is characterised in that：Described frame (1) side is arranged at intervals with two deep bid winding assemblies (2), in described frame (1)
Inside it is separately provided for driving the identical tension motor (3) of deep bid winding assembly (2), in described frame (1) and positioned at big
Disk winding assembly (2) side is provided with the pneumatically operated brake (4) for stopping deep bid winding assembly (2) rotation, described
The side of frame (1) is provided with liftable silk rolling rod frame (5), be provided with the outside of described frame (1) two respectively with greatly
What disk winding assembly (2) was used cooperatively crosses roll dies (6), is crossing roll dies (6) and the adjacent side of liftable silk rolling rod frame (5) and position
In being respectively arranged with sub-wire reed (7) in frame (1).
A kind of 2. double deep bid package warping winder as claimed in claim 1, it is characterised in that：Described bulk lots volume around
Component (2) includes two band plummer block housing bearings (20) being correspondingly arranged in frame (1), in the band plummer block housing bearing described in two
(20) Scroll (21) is equipped with, is provided with one end that described Scroll (21) is located in frame (1) and identical tension electricity
Machine (3) is used cooperatively and can driven the belt wheel (22) that Scroll (21) rotates, and is located at frame (2) outside in described Scroll (21)
One end be provided with closed reel (23), set on described Scroll (21) and between two bands plummer block housing bearings (20)
There is the brake block (24) being used cooperatively with pneumatically operated brake (4).
A kind of 3. double deep bid package warping winder as claimed in claim 1, it is characterised in that：Described liftable mistake
Silk rod frame (5) includes the expansion bracket weldment (50) for being arranged on frame (1) side, can be stretched up and down on described expansion bracket weldment (50)
A pedestal (51) is entered in the side that is provided with of contracting, described side enter in a pedestal (51) can transversal stretching be provided with the screw mandrel that stretched
(52)。
A kind of 4. double deep bid package warping winder as claimed in claim 1, it is characterised in that：Described crosses roll dies
(6) include being used to be connected with frame (1) crosses roll dies weldment (60), on described mistake roll dies weldment (60) and with sub-wire reed
(7) non-conterminous side is arranged at intervals with two supporting plates (61), is rotatably provided between described supporting plate (61)
Rotating shaft (62), it is arranged with roll dies (63), electromagnetic brake (64) and brake fixed disk (65) successively in described rotating shaft (62),
The proximity switch (66) for measuring roll dies (63) turnning circle is provided with described supporting plate (61), roll dies is crossed in described
Two gear silk pins (67) are also arranged at intervals with weldment (60).
A kind of 5. double deep bid package warping winder as described in any one in claim 1-4, it is characterised in that：Institute
The sub-wire reed (7) stated includes being used for the sub-wire reed support (70) being connected with frame (1), is set on described sub-wire reed support (70)
There is herringbone bottom plate (71), the first slide block assembly (72) and the second slide block assembly are arranged at intervals with described herringbone bottom plate (71)
(73), on described herringbone bottom plate (71) and the side adjacent with the first slide block assembly (72) is provided with reducing motor (74),
The eccentric wheel (75) being used cooperatively with the first slide block assembly (72) is provided with the output shaft of described reducing motor (74), it is described
Herringbone bottom plate (71) on it is mobilizable be provided with cover plate (76), described cover plate (76) passes through extension spring (760) and herringbone bottom plate
(71) connect, be provided with described cover plate (76) and between the first slide block assembly (72) and the second slide block assembly (73)
Sub-wire shuttle component (77), two the first chutes coordinated with sub-wire shuttle component (77) are arranged at intervals with described cover plate (76)
(78), it is provided between two described the first chutes (78) and coordinates the second applicable chute with sub-wire shuttle component (77)
(79)。
A kind of 6. double deep bid package warping winder as claimed in claim 5, it is characterised in that：The first described sliding block
Component (72) includes being arranged on the first fixing slide carriage (720) at herringbone bottom plate (71) proximal edge, fixes and slides described first
Two the first slide bars (721) that can make straight reciprocating motion along the first fixing slide carriage (720) are arranged at intervals with seat (720),
The first sliding block (722) is provided with one end that described the first slide bar (721) is located in herringbone bottom plate (71), described first
Slide bar (721), which is located on the outside one end of herringbone bottom plate (71), is provided with the second sliding block (723), described the second sliding block (723)
On be provided with the fast pulley (724) being used cooperatively with eccentric wheel (75), described the first fixing slide carriage (720), the first sliding block
(722) screw mandrel (725) is provided between the second sliding block (723) and is threadedly coupled by screw mandrel (725), described screw mandrel
(725) it is provided with positioned at the one end of herringbone bottom plate (71) outside for controlling the first handwheel (726) of screw mandrel (725), described the
Two slide block assemblies (73) include the second fixing slide carriage (730) being arranged on herringbone bottom plate (71), fix and slide described second
Two the second slide bars (731) that can make straight reciprocating motion along the second fixing slide carriage (730) are arranged at intervals with seat (730),
Described the second slide bar (731) is with being provided with the 3rd sliding block (732) on the adjacent one end of the first slide block assembly (72), and described the
One sliding block (722) and the 3rd sliding block (732) are connected with cover plate (76) respectively.
A kind of 7. double deep bid package warping winder as claimed in claim 6, it is characterised in that：Described sub-wire shuttle group
Part (77) component is included according to upper the first pin holder (770), the second pin holder (771) and copper shoe (772) coaxially connected under,
Described the first pin holder (770) and the second pin holder (771) are rotatably be hinged, described the first pin holder (770) and the
Two pin holders (771) mutually from both ends on be provided with the needle stand plate sliding block (773) that can slide and rotate in the first chute (78),
Described cover plate (76) both sides are respectively arranged with bearing block (774), and described bearing block is provided with the second screw mandrel between (774)
(775), described copper shoe (772) is set on the second screw mandrel (775), and described the second screw mandrel (775) is located at bearing block
(774) the second handwheel (776) for controlling the second screw mandrel (775), the first described pin holder are arranged with one end outside
(770) and the second pin holder (771) upper end is provided with sub-wire shuttle (777).
A kind of 8. double deep bid package warping winder as claimed in claim 1, it is characterised in that：In described frame
(1) electronic pressure controller (9) for controlling identical tension motor (3) is provided with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710565363.3A CN107345330B (en) | 2017-07-12 | 2017-07-12 | Double-station large-coil loading warping winder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710565363.3A CN107345330B (en) | 2017-07-12 | 2017-07-12 | Double-station large-coil loading warping winder |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107345330A true CN107345330A (en) | 2017-11-14 |
| CN107345330B CN107345330B (en) | 2022-11-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710565363.3A Active CN107345330B (en) | 2017-07-12 | 2017-07-12 | Double-station large-coil loading warping winder |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110629429A (en) * | 2019-09-27 | 2019-12-31 | 江南大学 | Sizing device |
| CN110902452A (en) * | 2019-12-13 | 2020-03-24 | 常州市新创智能科技有限公司 | Carbon fiber warping machine winding device universal for single and double pan heads and constant tension control method |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110629429A (en) * | 2019-09-27 | 2019-12-31 | 江南大学 | Sizing device |
| CN110902452A (en) * | 2019-12-13 | 2020-03-24 | 常州市新创智能科技有限公司 | Carbon fiber warping machine winding device universal for single and double pan heads and constant tension control method |
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| Publication number | Publication date |
|---|---|
| CN107345330B (en) | 2022-11-22 |
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