CN110127439A - A kind of wool top transmission winding device - Google Patents
A kind of wool top transmission winding device Download PDFInfo
- Publication number
- CN110127439A CN110127439A CN201910326821.7A CN201910326821A CN110127439A CN 110127439 A CN110127439 A CN 110127439A CN 201910326821 A CN201910326821 A CN 201910326821A CN 110127439 A CN110127439 A CN 110127439A
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- Prior art keywords
- transfer roller
- winding
- twisting
- wool top
- translating bracket
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- 210000002268 wool Anatomy 0.000 title claims abstract description 220
- 238000004804 winding Methods 0.000 title claims abstract description 176
- 230000005540 biological transmission Effects 0.000 title claims description 16
- 238000012546 transfer Methods 0.000 claims abstract description 196
- 230000007246 mechanism Effects 0.000 claims abstract description 51
- 238000007599 discharging Methods 0.000 claims abstract description 22
- 230000001360 synchronised effect Effects 0.000 claims abstract description 15
- 230000033001 locomotion Effects 0.000 claims abstract description 12
- 238000013519 translation Methods 0.000 claims description 62
- 230000007704 transition Effects 0.000 claims description 20
- 239000000463 material Substances 0.000 claims description 15
- 210000004209 hair Anatomy 0.000 claims description 11
- 239000007787 solid Substances 0.000 claims description 4
- 238000012545 processing Methods 0.000 abstract description 35
- 238000000034 method Methods 0.000 abstract description 24
- 230000008569 process Effects 0.000 abstract description 18
- 238000004519 manufacturing process Methods 0.000 abstract description 8
- 238000013461 design Methods 0.000 abstract description 5
- 239000004753 textile Substances 0.000 abstract description 3
- 238000009987 spinning Methods 0.000 description 15
- 239000000835 fiber Substances 0.000 description 9
- 238000005096 rolling process Methods 0.000 description 4
- 239000000126 substance Substances 0.000 description 4
- 238000004220 aggregation Methods 0.000 description 3
- 230000002776 aggregation Effects 0.000 description 3
- 230000000694 effects Effects 0.000 description 3
- 239000004744 fabric Substances 0.000 description 3
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 3
- 238000010586 diagram Methods 0.000 description 2
- 230000005484 gravity Effects 0.000 description 2
- 239000002994 raw material Substances 0.000 description 2
- 241001589086 Bellapiscis medius Species 0.000 description 1
- 244000025254 Cannabis sativa Species 0.000 description 1
- 241000283707 Capra Species 0.000 description 1
- 241001465754 Metazoa Species 0.000 description 1
- 241000283973 Oryctolagus cuniculus Species 0.000 description 1
- 238000010521 absorption reaction Methods 0.000 description 1
- 230000006978 adaptation Effects 0.000 description 1
- 238000007792 addition Methods 0.000 description 1
- 238000000889 atomisation Methods 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 238000010924 continuous production Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000012770 industrial material Substances 0.000 description 1
- 238000011031 large-scale manufacturing process Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 210000000050 mohair Anatomy 0.000 description 1
- 238000000465 moulding Methods 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- 238000009941 weaving Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H54/00—Winding, coiling, or depositing filamentary material
- B65H54/02—Winding and traversing material on to reels, bobbins, tubes, or like package cores or formers
- B65H54/28—Traversing devices; Package-shaping arrangements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H54/00—Winding, coiling, or depositing filamentary material
- B65H54/02—Winding and traversing material on to reels, bobbins, tubes, or like package cores or formers
- B65H54/40—Arrangements for rotating packages
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H57/00—Guides for filamentary materials; Supports therefor
- B65H57/14—Pulleys, rollers, or rotary bars
Landscapes
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of wool tops to transmit winding device, belongs to textile processing machine apparatus field.The wool top rolling-up mechanism of the invention is vertically arranged at the wool top delivery bracket of continuous twisting mechanism side, horizontally rotate respectively on the wool top delivery bracket of continuous twisting mechanism two sides and is connected with charging transfer roller and discharging transfer roller, the opposite progress translational motion synchronous with lower translating bracket of upper translating bracket, upper guide transfer roller and lower guide transfer roller successively horizontally rotate the wool top delivery bracket for being connected to discharging transfer roller side from top to bottom, successively horizontally rotate from top to bottom in the middle part of winding translating bracket and be connected with two coiled strips drive rollers, wool top winding transfer roller is horizontally placed on winding translating bracket.Structure of the invention design rationally, can by wool top, continuous high-efficient carries out twisting processing in transmit process, and the wool top steady and smooth for completing twisting processing wind, produce and process high degree of automation, meet the needs of production and application.
Description
Technical field
The invention belongs to textile processing machine apparatus fields more particularly to a kind of wool top to transmit winding device, main to apply
In wool top continuous production manufacture field.
Background technique
Wool spinning is wool fibre to be processed into the spinning process process of yarn, and wool spinning fiber also includes goat based on wool
The special animal hair fibers such as suede, the rabbit hair, mohair yarn, yak hair, wool spinning process can also be used for wool type chemical fiber it is pure spin, it is blended and and other
It is natural fibre blended.Wool fabric, knitted fabric, the woollen blanket etc. woven using pure spinning and blended wool yarn is had and keeps warm, moisture absorption, is imbued with
The features such as elastic and wear-resisting, it is soft and moist, plentiful using clothes feel made of wool fabric and very scrape, wool spinning material can be also used for weaving
Industrial materials, stationery sports goods and carpet.Wool spinning spinning unit is using wool fiber and wool type chemical fiber as raw material, on wool spinning equipment
The production overall process of wool yarn, hair and chemical mixed yarn and chemical fibre Pure Yarn is spinned, wool spinning spinning unit mainly includes woolen spinning
System and worsted spinning system.In the process of manufacture of wool spinning material, wool spinning material is being added by shredding, dedusting and hair etc.
After work technique, need for be processed into loose wool textile raw material wool top, wool top can also be easily processed into later process
Wool yarn.Existing wool top in the process of production and processing, in the staple fiber for going not meet technique requirement using combing machine comb and
The miscellaneous card nailing neps of grass of remaining using gill box and is closing drawing-off, is finally being made and meets required combed top, top processing is complete
Cheng Hou needs to carry out wool top winding processing, and structure is complicated and troublesome in poeration for existing wool top rolling-up mechanism, it is difficult to realize more
Wool top, which synchronizes, smoothly to be wound, and in wool top wrapup procedure, it is difficult to realize that wool top is uniformly accurately back and forth successively rolled up
Around processing, cause wool top winding quality poor, after the completion of wool top winding, it is also difficult to easily by wind-up roll from rolling-up mechanism
It is lifted away from, existing wool top is in transmission wrapup procedure, and not set wool top twisting mechanism, causes wool top aggregation degree lower, wool top
More loose, wool top intensity is also poor, and the wool top without twisting is wound, and the wool top roll for winding completion also more entangles
It twines in a jumble, will affect later process top processing and prepare going on smoothly for wool yarn, existing wool top rolling-up mechanism the degree of automation
It is lower, it is difficult to be suitable for wool top large-scale production, not be able to satisfy the needs of production and application.
Summary of the invention
The technical problem to be solved by the present invention is to overcome the above-mentioned deficiency in the presence of the prior art, and provide a kind of knot
Structure design rationally, can by wool top, continuous high-efficient carries out twisting processing in transmit process, and can will complete twisting processing
Wool top steady and smooth wind, and produces and processes high degree of automation, meets the wool top transmission winding dress for producing and using and needing
It sets.
In order to solve the above-mentioned technical problem, the technical scheme adopted by the invention is that: a kind of wool top transmits winding device,
Be characterized in that: the wool top transmission winding device includes that wool top is sent bracket, continuous twisting mechanism and wool top rolling-up mechanism, described
Continuous twisting mechanism is horizontally placed on the downside of wool top delivery bracket, and wool top rolling-up mechanism is vertically arranged at continuous twisting mechanism side
Wool top be sent bracket, horizontally rotate is connected with charging transfer roller respectively on the wool top delivery bracket of the continuous twisting mechanism two sides
With discharging transfer roller, the continuous twisting mechanism includes upper translating bracket, upper twisting belt, lower translating bracket, lower twisting belt, leads
Expect motor, twisting motor and twisting shaft, the upper translating bracket and lower translating bracket are successively horizontally placed on hair from top to bottom
Item is sent bracket, and level is fixedly installed translation guide rod, upper translating bracket upside respectively for two sides above the upper translating bracket
Level is fixedly installed upper translation sleeve compatible with upper translation guide rod, and upper translating bracket is slideably positioned in the horizontal direction
Guide rod is translated, two sides horizontally rotate respectively below upper translating bracket is connected with twisting transfer roller, and upper twisting transfer roller is led with upper translation
Bar is parallel to each other, and upper twisting belt is horizontally placed on the downside of translating bracket, and upper twisting belt two sides are wound respectively to be connected to
The upper twisting transfer roller of two sides below translating bracket, level is fixedly installed lower translation and leads respectively for two sides below the lower translating bracket
Bar, lower translating bracket lower horizontal are fixedly installed lower translation sleeve compatible with lower translation guide rod, and lower translating bracket is along water
Square to lower translation guide rod is slideably positioned in, two sides horizontally rotate respectively above lower translating bracket is connected with lower twisting transfer roller, under
Twisting transfer roller is parallel to each other with lower translation guide rod, and lower twisting belt is horizontally placed on the upside of lower translating bracket, lower twisting belt two
Side winds the lower twisting transfer roller for being connected to two sides above lower translating bracket, the upper twisting transfer roller, lower twisting transfer roller, charging respectively
Transfer roller and discharging transfer roller are arranged in parallel, and the upper twisting transfer roller end of side is fixedly installed vertically below the upper translating bracket
There is upper rotate gear, the lower twisting transfer roller end at the upper side of lower translating bracket is fixedly installed lower rotate gear vertically, upper to turn
Moving gear and the engagement connection of lower rotate gear, the lead material motor level are fixedly installed on lower translating bracket side, lead material motor
Lower twisting transfer roller rotation is driven, the wool top delivery internal stent side level is fixedly installed shaft seating, and twisting shaft is perpendicular
It is directly rotationally connected with shaft seating, the twisting motor is fixedly installed on wool top delivery bracket side, twisting motor output vertically
End level is fixedly installed twisting head sprocket, and level is fixedly installed the auxiliary sprocket wheel of twisting in the middle part of twisting shaft, twisting head sprocket and
Auxiliary sprocket wheel is twisted using twisting chain drive connection, level is fixedly installed rotation circle to the twisting shaft upper and lower ends respectively
Disk and lower rotating circular disc, being horizontally disposed between the upper rotating circular disc upper outer and upper translating bracket has upper transition link, on
Transition link both ends are hinged respectively is connected to rotating circular disc and upper translating bracket, the lower rotating circular disc lower outer and lower translation
Being horizontally disposed between bracket has lower transition link, and lower transition link both ends are hinged respectively is connected to lower rotating circular disc and lower translation branch
Frame, the upper translating bracket opposite progress translational motion synchronous with lower translating bracket, the wool top rolling-up mechanism includes upper guide
Transfer roller, lower guide transfer roller, winding translating bracket, winding motor, coiled strip drive roller, wool top winding transfer roller, slide guide strip, lifting to slide
Block and reciprocating motor, the upper guide transfer roller and lower guide transfer roller successively horizontally rotate from top to bottom is connected to discharging transfer roller side
Wool top be sent bracket, level is fixedly installed bearing plate respectively for two sides above wool top delivery bracket, on upper bearing plate
Level is fixedly installed reciprocal guide plate respectively for square two sides, and upper reciprocal guide plate is mutually perpendicular to upper bearing plate, on upper reciprocal guide plate
Side is horizontally disposed upper roller guide groove, and level is fixedly installed lower bearing plate respectively for two sides below the wool top delivery bracket, under
Level is fixedly installed lower reciprocal guide plate respectively for two sides above bearing plate, and lower reciprocal guide plate is mutually perpendicular to lower bearing plate, lower past
Multiple guide plate upper horizontal is provided with bottom roller guide groove, and the winding translating bracket is vertically arranged at wool top delivery bracket side, receives
Volume translating bracket is c-type structure, and two sides are rotatably connected to translation idler wheel, upper translation rolling vertically respectively above winding translating bracket
Wheel rolls the upper roller guide groove for being set to reciprocal guide plate in the horizontal direction, two sides vertical rotation respectively below winding translating bracket
It is connected with lower translation idler wheel, lower translation idler wheel rolls the bottom roller guide groove for being set to lower reciprocal guide plate, the receipts in the horizontal direction
Successively horizontally rotate from top to bottom in the middle part of volume translating bracket and be connected with two coiled strips drive rollers, winding motor level is fixedly installed on
Side in the middle part of translating bracket is wound, winding motor and two coiled strips drive between roller using winding chain drive connection, two volumes
The dynamic roller of material strip synchronizes to be rotated in the same direction, and the coiled strip drives to tilt respectively on the winding translating bracket of roller two sides and be fixedly installed
Slide guide strip, slide guide strip and winding translating bracket are integrally formed and are arranged, and are tiltedly installed with sliding block guide groove on slide guide strip, described
Lifting slider is along inclined direction slideably positioned in sliding block guide groove, and the lifting slider side is fixedly installed U-shaped structure vertically
Transfer roller places card, and the wool top winding transfer roller is horizontally placed on winding translating bracket, and level is put respectively at wool top winding transfer roller both ends
The transfer roller for being placed in winding translating bracket two sides is placed in card, and the reciprocating motor is fixedly installed on winding translating bracket straight up
One middle side part of lower section, reciprocating motor output end is horizontally disposed winding turntable, winds between turntable upper outer and lower bearing plate
Horizontally disposed to have winding reciprocable rod, winding reciprocable rod both ends are hinged respectively is connected to lower bearing plate and winding turntable.
Further, the charging transfer roller two sides are respectively symmetrically fixedly installed the charging baffle of circular configuration, and discharging turns
Roller two sides are respectively symmetrically fixedly installed the discharge baffle of circular configuration.
Further, the upper twisting transfer roller both ends are fixedly installed upper belt baffle, lower twisting transfer roller both ends point respectively
It is not fixedly installed lower belt baffle.
Further, the lifting slider side is fixedly installed the push roller board of square structure, push roller board lower section one
It is tilted upward on the winding translating bracket of side and is fixedly installed push roller cylinder, push roller cylinder is parallel to each other with sliding block guide groove, push roller
Cylinder output is fixedly installed lifting push plate, and the lifting push plate is L-type structure compatible with push roller board.
Further, along arc-shaped direction, successively horizontal homogeneous is rotatably connected to multiple windings turn in the transfer roller placement card
Wheel.
Further, the transfer roller places card upper end two sides and is symmetrically arranged with limit fixed block, and transfer roller places card both ends
It is symmetrically arranged on limit fixed block and puts roller inclined-plane.
Further, the inclined direction of the winding two side slide guide groove of translating bracket and the angle of horizontal plane are 15 degree.
Compared with prior art, the present invention having the following advantages that and effect: structure of the invention design rationally, is received by wool top
Volume mechanism is vertically arranged at the wool top delivery bracket of continuous twisting mechanism side, and the wool top of continuous twisting mechanism two sides is sent bracket
It is upper horizontally rotate respectively be connected with charging transfer roller and discharging transfer roller, enable wool top along charging transfer roller, continuous twisting mechanism,
Discharging transfer roller and wool top rolling-up mechanism are successively transmitted, and allow to connect wool top in transmit process using continuous twisting mechanism
It is continuous efficiently to carry out twisting processing, the aggregation degree and wool top intensity of wool top are improved, will complete to add using wool top rolling-up mechanism is enabled
The wool top steady and smooth for twisting processing wind, and realizes that wool top is uniformly reciprocal and carries out winding processing, production and processing automation
Degree is high, is successively horizontally placed on wool top from top to bottom by upper translating bracket and lower translating bracket and is sent bracket, upper translation branch
Frame is slideably positioned in translation guide rod in the horizontal direction, and upper twisting belt two sides are wound respectively to be connected to two below translating bracket
The upper twisting transfer roller of side, lower translating bracket are slideably positioned in lower translation guide rod in the horizontal direction, and lower twisting belt two sides are rolled up respectively
Around the lower twisting transfer roller for being connected to two sides above lower translating bracket, the upper rotate gear of upper twisting transfer roller end and lower twisting transfer roller
The lower rotate gear of end is intermeshed connection, and lead material motor drives lower twisting transfer roller rotation, so that upper twisting belt and lower adding
Twirl belt, which can synchronize, carries out rotation transmission in opposite directions, enables wool top in the rotation transmission of upper twisting belt and lower twisting belt
It is successively transmitted under effect, by being connected between twisting motor output end and twisting shaft using twisting chain drive, twisting
Level is fixedly installed rotating circular disc and lower rotating circular disc to shaft upper and lower ends respectively, and upper rotating circular disc upper outer is put down with upper
It moves to be horizontally disposed between bracket and has upper transition link, be horizontally disposed between lower rotating circular disc lower outer and lower translating bracket under having
Transition link, lower transition link both ends are hinged respectively is connected to lower rotating circular disc and lower translating bracket, is driven using twisting shaft
Rotating circular disc and lower rotating circular disc synchronize rotated so that upper translating bracket is synchronous with lower translating bracket to carry out translation fortune in opposite directions
It is dynamic, make it possible to realize that continuous twisting adds to wool top under upper twisting belt opposite phorogenesis synchronous with lower twisting belt
Work is respectively symmetrically fixedly installed the charging baffle of circular configuration using charging transfer roller two sides, and discharging transfer roller two sides are respectively symmetrically
It is fixedly installed the discharge baffle of circular configuration, it is enabled that wool top is limited in the front and rear sides breadth for carrying out twisting processing,
Avoid wool top dynamic amplitude of swinging sideward during carrying out twisting processing excessive and wool top is caused to be difficult to accurately be transmitted,
It is fixedly installed upper belt baffle respectively using upper twisting transfer roller both ends, lower twisting transfer roller both ends are fixedly installed lower belt respectively
Baffle, it is enabled that upper twisting belt is limited using upper belt baffle, lower twisting belt is limited using lower belt baffle
Position, avoids translating bracket from causing upper twisting belt and lower twisting belt in synchronous opposite translation motion with lower translating bracket
Dislocation offset, it is ensured that be capable of continuous and stable efficiently carries out twisting processing for wool top, passes through upper guide transfer roller and lower guide and turns
Roller successively horizontally rotates the wool top delivery bracket for being connected to discharging transfer roller side from top to bottom, so that completing the wool top of twisting processing
It can be transmitted respectively along upper guide transfer roller and lower guide transfer roller, be vertically arranged at wool top delivery by winding translating bracket
Bracket side, winding translating bracket top two sides are rotatably connected to translation idler wheel vertically respectively, and upper translation idler wheel is along level side
The upper roller guide groove of upper reciprocal guide plate is set to rolling, lower translation idler wheel rolls in the horizontal direction is set to lower reciprocal guide plate
Bottom roller guide groove, reciprocating motor are fixedly installed on a middle side part below winding translating bracket, reciprocating motor output end straight up
Winding turntable and lower bearing plate between be horizontally disposed with have winding reciprocable rod, using reciprocating motor drive winding turntable continuously into
Row rotation enables winding translating bracket is continuous in the horizontal direction back and forth to carry out translational motion, by winding translating bracket
Portion successively horizontally rotates from top to bottom is connected with two coiled strips drive rollers, and winding motor and two coiled strips drive between rollers using receipts
Chain drive connection is rolled up, allows to drive two coiled strips that rollers is driven to synchronize using winding motor and is rotated in the same direction, pass through coiled strip
It drives and is tiltedly installed with sliding block guide groove on the slide guide strip of roller two sides, lifting slider is along inclined direction slideably positioned in sliding block and leads
Slot, the transfer roller that lifting slider side is fixedly installed U-shaped structure vertically place card, and it is flat that wool top winding transfer roller is horizontally placed on winding
Bracket is moved, so that placing in card in the transfer roller that wool top winding transfer roller both ends are placed horizontally at winding translating bracket two sides respectively
Afterwards, wool top winding transfer roller can drive lifting slider along sliding block guide groove slide downward using the gravity of itself, realize wool top winding
Transfer roller drives roller mutually to fit closely with coiled strip, it is ensured that coiled strip drives the rotation of roller to be able to drive the synchronous progress of wool top winding transfer roller
Rotation, as wool top winding transfer roller continuously winds wool top, the lifting slider that wool top winds transfer roller both ends can be along cunning
Block guide groove exactly tilts upward sliding, and wool top is carried out continuously winding processing by enabled high efficiency smooth, is put down using winding
Moving bracket drives wool top winding transfer roller synchronous reciprocating to carry out translational motion, makes to be able to achieve that wool top is uniformly reciprocal is successively received
Volume is fixedly installed the push roller board of square structure by lifting slider side, and the winding of side translates branch below push roller board
It is tilted upward on frame and is fixedly installed push roller cylinder, push roller cylinder output is fixedly installed lifting push plate, so that by wool top
After the completion of winding, push roller board is along inclined direction pushed up using push roller cylinder, enables wool top winding transfer roller along sliding block
The upward sliding of guide groove steady and smooth realizes wool top winding transfer roller and winds the separate of translating bracket, it is ensured that wool top winds transfer roller
It can be easily lifted away from from winding translating bracket, by transfer roller placement card, along arc-shaped direction, successively horizontal homogeneous rotation connects
Multiple winding runners are connected to, enable wool top winding transfer roller is smooth under the drive that coiled strip drives roller smoothly to be rotated,
Realization efficiently winds wool top, places card upper end two sides by transfer roller and is symmetrically arranged with limit fixed block, transfer roller is placed
It is symmetrically arranged on the limit fixed block at card both ends and puts roller inclined-plane, enable wool top winding transfer roller convenient and fast using roller inclined-plane is put
It places to transfer roller and places in card, allow to transfer roller placement card upside open-mouth reducing bore using limit fixed block, avoid hair
Item winds transfer roller and drives the drive process medial end portions of roller to fall off out of transfer roller placement card in coiled strip, realizes that wool top high-efficiency and continuous carries out
Winding, through this structure, structure of the invention design rationally, can by wool top in transmit process continuous high-efficient carry out plus
Processing is twisted, and the wool top steady and smooth for completing twisting processing wind, high degree of automation is produced and processed, meets life
Produce the needs used.
Detailed description of the invention
Fig. 1 is a kind of schematic view of the front view of wool top transmission winding device of the present invention.
Fig. 2 is the right side structural representation of continuous twisting mechanism of the invention.
Fig. 3 is the schematic view of the front view of wool top rolling-up mechanism of the invention.
Fig. 4 is the left view structural representation of wool top rolling-up mechanism of the invention.
Fig. 5 is the schematic view of the front view of lifting slider and its relevant connection mechanism of the invention.
Fig. 6 is enlarged structure schematic diagram at the left view A of wool top rolling-up mechanism of the invention.
Fig. 7 is the structural schematic diagram that transfer roller of the invention places card.
In figure: 1. wool tops delivery bracket, 2. continuous twisting mechanisms, 3. wool top rolling-up mechanisms, 4. charging transfer rollers, 5.
Discharge transfer roller, translating bracket on 6., and belt, 8. lower translating brackets, 9. lower twisting belts, 10. guides electricity are twisted on 7.
Machine, 11. twisting motors, 12. twisting shafts translate guide rod on 13., sleeve are translated on 14., twist transfer roller on 15., and 16.
Lower translation guide rod, 17. it is lower translate sleeves, 18. it is lower twist transfer rollers, rotate gear on 19., 20. lower rotate gears, 21. turns
Shaft stool, 22. twisting head sprockets, the 23. auxiliary sprocket wheels of twisting, 24. twist chains, rotating circular disc on 25., 26. lower rotation circles
Disk, transition link on 27., 28. lower transition links, guide transfer roller on 29., 30. lower guide transfer rollers, 31. winding translation branch
Frame, 32. winding motors, 33. coiled strips drive roller, 34. wool tops winding transfer roller, 35. slide guide strips, 36. lifting sliders, 37.
Reciprocating motor, bearing plate on 38., reciprocal guide plate on 39., 40. upper roller guide grooves, 41. lower bearing plates are back and forth led under 42.
Plate, 43. bottom roller guide grooves translate idler wheel on 44., 45. it is lower translate idler wheels, 46. winding chains, 47. sliding block guide grooves, 48.
Transfer roller places card, 49. winding turntables, 50. winding reciprocable rods, 51. charging baffles, 52. discharge baffles, 53. upper belts
Baffle, 54. lower belt baffles, 55. push roller boards, 56. push roller cylinders, 57. lifting push plates, 58. winding runners, 59.
Fixed block is limited, 60. put roller inclined-plane.
Specific embodiment
In order to further describe the present invention, a kind of the specific of wool top transmission winding device is further described with reference to the accompanying drawing
Embodiment, following embodiment is explanation of the invention and the invention is not limited to following embodiments.
As shown in Figure 1, a kind of wool top of the present invention transmits winding device, including wool top is sent bracket 1, continuous twisting mechanism 2
With wool top rolling-up mechanism 3, continuous twisting mechanism 2 is horizontally placed on 1 downside of wool top delivery bracket, and wool top rolling-up mechanism 3 is set vertically
It is placed in the wool top delivery bracket 1 of continuous 2 side of twisting mechanism, distinguishes water on the wool top delivery bracket 1 of continuous 2 two sides of twisting mechanism
It is flat to be rotatably connected to charging transfer roller 4 and discharging transfer roller 5.As shown in Fig. 2, continuous twisting mechanism 2 of the invention includes upper translation branch
Frame 6, upper twisting belt 7, lower translating bracket 8, lower twisting belt 9, lead material motor 10, twisting motor 11 and twisting shaft 12, on
Translating bracket 6 and lower translating bracket 8 are successively horizontally placed on wool top delivery bracket 1, upper 6 top two sides of translating bracket from top to bottom
Level is fixedly installed translation guide rod 13 respectively, and upper 6 upper horizontal of translating bracket is fixedly installed and upper 13 phase of translation guide rod
The upper translation sleeve 14 of adaptation, upper translating bracket 6 is slideably positioned in the horizontal direction translates guide rod 13, under upper translating bracket 6
Square two sides horizontally rotate respectively is connected with twisting transfer roller 15, and upper twisting transfer roller 15 is parallel to each other with upper translation guide rod 13, upper to add
It twists belt 7 and is horizontally placed on 6 downside of translating bracket, upper 7 two sides of twisting belt are wound respectively is connected to 6 lower section of translating bracket
The upper twisting transfer roller 15 of two sides, level is fixedly installed lower translation guide rod 16, lower translation branch respectively for lower 8 lower section two sides of translating bracket
8 lower horizontal of frame is fixedly installed lower translation sleeve 17 compatible with lower translation guide rod 16, and lower translating bracket 8 is in the horizontal direction
It is slideably positioned in lower translation guide rod 16, lower 8 top two sides of translating bracket horizontally rotate respectively is connected with lower twisting transfer roller 18, lower to add
Twisted roller 18 is parallel to each other with lower translation guide rod 16, and lower twisting belt 9 is horizontally placed on lower 8 upside of translating bracket, lower twisting skin
Wind the lower twisting transfer roller 18 for being connected to lower 8 top two sides of translating bracket respectively with 9 two sides, upper twisting transfer roller 15 of the invention,
Lower twisting transfer roller 18, charging transfer roller 4 and discharging transfer roller 5 are arranged in parallel, the upper twisting transfer roller of upper 6 lower section side of translating bracket
15 ends are fixedly installed rotate gear 19 vertically, and lower 18 end of twisting transfer roller of lower 8 upper side of translating bracket is solid vertically
Surely it is provided with lower rotate gear 20, upper rotate gear 19 and the engagement connection of lower rotate gear 20, the horizontal fixation of lead material motor 10 is set
It is placed in lower 8 side of translating bracket, lead material motor 10 drives lower twisting transfer roller 18 to rotate, and it is horizontal that wool top is sent 1 interior side of bracket
It is fixedly installed shaft seating 21, twisting shaft 12 is rotationally connected with shaft seating 21 vertically, and fixation is set twisting motor 11 vertically
It is placed in wool top delivery 1 side of bracket, twisting 11 output end level of motor is fixedly installed twisting head sprocket 22, twists in shaft 12
Portion's level is fixedly installed the auxiliary sprocket wheel 23 of twisting, twisting head sprocket 22 and the auxiliary sprocket wheel 23 of twisting and is connected using the twisting transmission of chain 24
It connects, level is fixedly installed rotating circular disc 25 and lower rotating circular disc 26, upper rotating circular disc to twisting 12 upper and lower ends of shaft respectively
Being horizontally disposed between 25 upper outers and upper translating bracket 6 has upper transition link 27, and upper 27 both ends of transition link are hinged respectively
It is horizontally disposed between upper rotating circular disc 25 and upper translating bracket 6, lower 26 lower outer of rotating circular disc and lower translating bracket 8 under having
Transition link 28, lower 28 both ends of transition link are hinged respectively is connected to lower rotating circular disc 26 and lower translating bracket 8, upper translating bracket 6
Opposite progress translational motion synchronous with lower translating bracket 8.As shown in Figure 3 and Figure 4, wool top rolling-up mechanism 3 of the invention includes upper
Guide transfer roller 29, lower guide transfer roller 30, winding translating bracket 31, winding motor 32, coiled strip drive roller 33, wool top to wind transfer roller
34, slide guide strip 35, lifting slider 36 and reciprocating motor 37, upper guide transfer roller 29 and lower guide transfer roller 30 successively water from top to bottom
The flat wool top delivery bracket 1 for being rotationally connected with discharging 5 side of transfer roller, horizontal fixation is set respectively for wool top delivery 1 top two sides of bracket
It is equipped with bearing plate 38, level is fixedly installed reciprocal guide plate 39, upper reciprocal guide plate 39 respectively for upper 38 top two sides of bearing plate
It is mutually perpendicular to upper bearing plate 38, upper reciprocal 39 upper horizontal of guide plate is provided with upper roller guide groove 40, and wool top is sent 1 lower section of bracket
Level is fixedly installed lower bearing plate 41 respectively for two sides, and level is fixedly installed and lower back and forth leads respectively for lower 41 top two sides of bearing plate
Plate 42, lower reciprocal guide plate 42 are mutually perpendicular to lower bearing plate 41, and lower reciprocal 42 upper horizontal of guide plate is provided with bottom roller guide groove 43,
Winding translating bracket 31 is vertically arranged at wool top delivery 1 side of bracket, and winding translating bracket 31 is c-type structure, winding translation branch
31 top two sides of frame are rotatably connected to translation idler wheel 44 vertically respectively, and upper translation idler wheel 44 rolls be set in the horizontal direction
The upper roller guide groove 40 of reciprocal guide plate 39, winding 31 lower section two sides of translating bracket are rotatably connected to lower translation idler wheel vertically respectively
45, lower translation idler wheel 45 rolls the bottom roller guide groove 43 for being set to lower reciprocal guide plate 42 in the horizontal direction, winds translating bracket 31
Middle part successively horizontally rotates from top to bottom is connected with two coiled strips drive rollers 33, and it is flat that 32 level of winding motor is fixedly installed on winding
31 middle part side of bracket is moved, winding motor 32 and two coiled strips are driven and are sequentially connected between roller 33 using winding chain 46, and two
Coiled strip drives roller 33 to synchronize and is rotated in the same direction, and as shown in Figure 5 and Figure 6, coiled strip of the invention drives the winding of 33 two sides of roller flat
It moves to tilt respectively on bracket 31 and is fixedly installed slide guide strip 35, slide guide strip 35 is set with the winding integrated molding of translating bracket 31
It sets, sliding block guide groove 47 is tiltedly installed on slide guide strip 35, lifting slider 36 is along inclined direction slideably positioned in sliding block guide groove 47,
The transfer roller that 36 side of lifting slider is fixedly installed U-shaped structure vertically places card 48, and wool top winding transfer roller 34 is horizontally placed on receipts
Translating bracket 31 is rolled up, the transfer roller that wool top winding 34 both ends of transfer roller are placed horizontally at winding 31 two sides of translating bracket respectively places card 48
Interior, reciprocating motor 37 of the invention is fixedly installed on 31 one middle side part of lower section of winding translating bracket, reciprocating motor 37 straight up
Output end is horizontally disposed winding turntable 49, and winding to be horizontally disposed between 49 upper outer of turntable and lower bearing plate 41 has winding past
Multiply-connected bar 50, winding 50 both ends of reciprocable rod are hinged respectively is connected to lower bearing plate 41 and winding turntable 49.
4 two sides of charging transfer roller of the invention are respectively symmetrically fixedly installed the charging baffle 51 of circular configuration, and discharge transfer roller 5
Two sides are respectively symmetrically fixedly installed the discharge baffle 52 of circular configuration, enable to wool top in the front and rear sides for carrying out twisting processing
Breadth is limited, and avoids wool top dynamic amplitude of swinging sideward during carrying out twisting processing excessive and wool top is caused to be difficult to standard
True is transmitted.Upper 15 both ends of twisting transfer roller of the invention are fixedly installed upper belt baffle 53, lower twisting transfer roller 18 respectively
Both ends are fixedly installed lower belt baffle 54 respectively, avoid translating bracket 6 with lower translating bracket 8 in synchronous opposite translation
The dislocation offset of twisting belt 7 and lower twisting belt 9 is caused in journey, it is ensured that be capable of efficiently being added wool top of continuous and stable
Twist processing.36 side of lifting slider of the invention is fixedly installed the push roller board 55 of square structure, 55 lower section one of push roller board
It is tilted upward on the winding translating bracket 31 of side and is fixedly installed push roller cylinder 56, push roller cylinder 56 and sliding block guide groove 47 are mutually flat
Row, 56 output end of push roller cylinder are fixedly installed lifting push plate 57, and lifting push plate 57 is L-type knot compatible with push roller board 55
Structure, so that push roller board 55 is along inclined direction pushed up using push roller cylinder 56, so that wool top after the completion of winding wool top
Wool top winding transfer roller 34 and winding translating bracket can be realized along the upward sliding of 47 steady and smooth of sliding block guide groove by winding transfer roller 34
31 it is separate, it is ensured that wool top winding transfer roller 34 can easily from winding translating bracket 31 on be lifted away from.As shown in fig. 7, of the invention
Transfer roller place card 48 in along arc-shaped direction, successively horizontal homogeneous is rotatably connected to multiple winding runners 58 so that wool top winding
Transfer roller 34 smooth under the drive that coiled strip drives roller 33 can smoothly be rotated, and realization efficiently winds wool top.
Transfer roller of the invention places 48 upper end two sides of card and is symmetrically arranged with limit fixed block 59, and the limit that transfer roller places 48 both ends of card is fixed
It is symmetrically arranged on block 59 and puts roller inclined-plane 60, enabling wool top winding transfer roller 34 using roller inclined-plane 60 is put, easily placement extremely turns
Roller is placed in card 48, is allowed to transfer roller placement 48 upside open-mouths of card reducing bore using limit fixed block 59, is avoided wool top
Winding transfer roller 34 drives the drive process medial end portions of roller 33 to fall off out of transfer roller placement card 48 in coiled strip, realizes wool top high-efficiency and continuous
It is wound.The inclined direction of winding 31 liang of side slide guide grooves 47 of translating bracket and the angle of horizontal plane of the invention is 15 degree,
Enable wool top winding transfer roller 34 along the reciprocating movement of sliding block guide groove steady and smooth.
By adopting the above technical scheme, a kind of wool top transmission winding device of the present invention when in use, is wound by wool top
Mechanism 3 is vertically arranged at the wool top delivery bracket 1 of continuous 2 side of twisting mechanism, and the wool top of continuous 2 two sides of twisting mechanism is sent branch
Horizontally rotate to be connected with respectively on frame 1 and feed transfer roller 4 and discharging transfer roller 5, wool top is added along charging transfer roller 4, continuously
Twister structure 2, discharging transfer roller 5 and wool top rolling-up mechanism 3 are successively transmitted, and allow to exist wool top using continuous twisting mechanism 2
Continuous high-efficient carries out twisting processing in transmit process, improves the aggregation degree and wool top intensity of wool top, utilizes wool top rolling-up mechanism 3
It is enabled wind by the wool top steady and smooth for completing twisting processing, it realizes that wool top is uniformly reciprocal and carries out winding processing, it is raw
It is high to produce atomization degree, wool top delivery is successively horizontally placed on by upper translating bracket 6 and lower translating bracket 8 from top to bottom
Bracket 1, upper translating bracket 6 are slideably positioned in translation guide rod 13 in the horizontal direction, and upper 7 two sides of twisting belt wind connection respectively
Upper twisting transfer roller 15 in upper 6 lower section two sides of translating bracket, lower translating bracket 8 are slideably positioned in lower translation guide rod in the horizontal direction
16, lower twisting 9 two sides of belt wind the lower twisting transfer roller 18 for being connected to lower 8 top two sides of translating bracket, upper twisting transfer roller respectively
The upper rotate gear 19 of 15 ends and the lower rotate gear 20 of lower twisting 18 end of transfer roller are intermeshed connection, 10 band of lead material motor
Dynamic lower twisting transfer roller 18 rotates, and enables twisting belt 7 is synchronous with lower twisting belt 9 and carry out rotation transmission in opposite directions, so that
Wool top can be successively transmitted under the rotation transmission effect of upper twisting belt 7 and lower twisting belt 9, by twisting motor 11
It is sequentially connected between output end and twisting shaft 12 using twisting chain 24, horizontal fixation is set twisting 12 upper and lower ends of shaft respectively
It is equipped with rotating circular disc 25 and lower rotating circular disc 26, is horizontally disposed between upper 25 upper outer of rotating circular disc and upper translating bracket 6
There is upper transition link 27, being horizontally disposed between lower 26 lower outer of rotating circular disc and lower translating bracket 8 has lower transition link 28, under
28 both ends of transition link are hinged respectively is connected to lower rotating circular disc 26 and lower translating bracket 8, is driven and is rotated using twisting shaft 12
Disk 25 and lower rotating circular disc 26 synchronize rotated translated in opposite directions so that upper translating bracket 6 is synchronous with lower translating bracket 8
Movement makes it possible to realize continuous twisting to wool top under upper twisting belt 7 opposite phorogenesis synchronous with lower twisting belt 9
Processing is respectively symmetrically fixedly installed the charging baffle 51 of circular configuration, discharging 5 two sides of transfer roller point using charging 4 two sides of transfer roller
Be not fixedly installed the discharge baffle 52 of circular configuration symmetrically, it is enabled to wool top the front and rear sides breadth for carrying out twisting processing into
Row limitation, avoid wool top swing sideward during carrying out twisting processing dynamic amplitude it is excessive and cause wool top be difficult to accurately into
Row transmission is fixedly installed upper belt baffle 53 using upper 15 both ends of twisting transfer roller respectively, and lower 18 both ends of twisting transfer roller are solid respectively
Surely it is provided with lower belt baffle 54, it is enabled that upper twisting belt 7 is limited using upper belt baffle 53, utilize lower belt baffle
Belt 9 is twisted under 54 pairs to limit, and translating bracket 6 is avoided to make in synchronous opposite translation motion with lower translating bracket 8
At the dislocation offset of upper twisting belt 7 and lower twisting belt 9, it is ensured that the twisting that efficiently carries out wool top for capableing of continuous and stable adds
Work successively horizontally rotates the hair for being connected to discharging 5 side of transfer roller by upper guide transfer roller 29 and lower guide transfer roller 30 from top to bottom
Item is sent bracket 1, and the wool top for completing twisting processing is carried out respectively along upper guide transfer roller 29 and lower guide transfer roller 30
Transmission is vertically arranged at wool top delivery 1 side of bracket, winding 31 top two sides of translating bracket difference by winding translating bracket 31
It is rotatably connected to translation idler wheel 44 vertically, upper translation idler wheel 44 rolls the upper rolling for being set to reciprocal guide plate 39 in the horizontal direction
Guide groove 40 is taken turns, lower translation idler wheel 45 rolls the bottom roller guide groove 43 for being set to lower reciprocal guide plate 42, reciprocating motor in the horizontal direction
37 are fixedly installed on one middle side part of winding translating bracket 31 lower section straight up, the winding turntable 49 of 37 output end of reciprocating motor with
Being horizontally disposed between lower bearing plate 41 has winding reciprocable rod 50, drives winding turntable 49 to be carried out continuously using reciprocating motor 37 and turns
It is dynamic, enable winding translating bracket 31 is continuous in the horizontal direction back and forth to carry out translational motion, by winding translating bracket 31
Portion successively horizontally rotates from top to bottom is connected with two coiled strips drive rollers 33, and winding motor 32 and two coiled strips drive between rollers 33
It is sequentially connected using winding chain 46, allows to drive two coiled strips that rollers 33 is driven to synchronize using winding motor 32 and turned in the same direction
It is dynamic, it is driven by coiled strip and is tiltedly installed with sliding block guide groove 47 on the slide guide strip 35 of 33 two sides of roller, lifting slider 36 is along inclination side
To sliding block guide groove 47 is slideably positioned in, the transfer roller that 36 side of lifting slider is fixedly installed U-shaped structure vertically places card 48, wool top
Winding transfer roller 34 is horizontally placed on winding translating bracket 31, so that wool top winding 34 both ends of transfer roller are placed horizontally at receipts respectively
After rolling up in the transfer roller placement card 48 of 31 two sides of translating bracket, wool top is wound transfer roller 34 and can be slided using the gravity drive lifting of itself
Block 36 realizes that wool top winding transfer roller 34 drives roller 33 mutually to fit closely with coiled strip, it is ensured that volume along 47 slide downward of sliding block guide groove
The rotation that material strip moves roller 33 is able to drive wool top winding transfer roller 34 and synchronizes and rotated, as wool top winding transfer roller 34 is continuously by hair
Item is wound, and the lifting slider 36 that wool top winds 34 both ends of transfer roller being capable of tilting upward along 47 exactly of sliding block guide groove
Wool top is carried out continuously winding processing by sliding, enabled high efficiency smooth, drives wool top to wind transfer roller using winding translating bracket 31
34 synchronous reciprocatings carry out translational motion, make to be able to achieve that wool top is uniformly reciprocal is successively wound, and pass through 36 side of lifting slider
It is fixedly installed the push roller board 55 of square structure, is tilted upward on the winding translating bracket 31 of 55 lower section side of push roller board solid
Surely it is provided with push roller cylinder 56,56 output end of push roller cylinder is fixedly installed lifting push plate 57, so that completing winding wool top
Afterwards, push roller board 55 is along inclined direction pushed up using push roller cylinder 56, wool top winding transfer roller 34 is led along sliding block
The upward sliding of 47 steady and smooth of slot realizes wool top winding transfer roller 34 and winds the separate of translating bracket 31, it is ensured that wool top winding
Transfer roller 34 can be easily lifted away from from winding translating bracket 31, be placed by transfer roller successively horizontal along arc-shaped direction in card 48
Uniform rotation is connected with multiple winding runners 58, enables wool top winding transfer roller 34 smooth under the drive that coiled strip drives roller 33
It is smoothly rotated, realization efficiently winds wool top, is symmetrical arranged by 48 upper end two sides of transfer roller placement card limited
Position fixed block 59, transfer roller, which is placed to be symmetrically arranged on the limit fixed block 59 for blocking 48 both ends, puts roller inclined-plane 60, so that wool top is wound
Transfer roller 34 can be blocked in 48 using putting roller inclined-plane 60 and easily placing to transfer roller to place, and allow to turn using limit fixed block 59
Roller places 48 upside open-mouths of card and reduces bore, and wool top winding transfer roller 34 is avoided to drive the drive process medial end portions of roller 33 in coiled strip
It places in card 48 and falls off from transfer roller, realize that wool top high-efficiency and continuous is wound.Through this structure, structure of the invention design is closed
Reason, can by wool top, continuous high-efficient carries out twisting processing in transmit process, and the wool top that can will complete twisting processing is steady
It is smoothly wound, produces and processes high degree of automation, meet the needs of production and application.
Above content is only illustrations made for the present invention described in this specification.Technology belonging to the present invention
The technical staff in field can make various modifications or additions to the described embodiments or by a similar method
Substitution, content without departing from description of the invention or beyond the scope defined by this claim should belong to this
The protection scope of invention.
Claims (7)
1. a kind of wool top transmits winding device, it is characterised in that: the wool top transmission winding device includes wool top delivery bracket, connects
Continuous twisting mechanism and wool top rolling-up mechanism, the continuous twisting mechanism are horizontally placed on the downside of wool top delivery bracket, wool top winding
Mechanism is vertically arranged at the wool top delivery bracket of continuous twisting mechanism side, and the wool top of the continuous twisting mechanism two sides is sent branch
Horizontally rotate respectively on frame and be connected with charging transfer roller and discharging transfer roller, the continuous twisting mechanism includes upper translating bracket, above adds
Twist belt, lower translating bracket, lower twisting belt, lead material motor, twisting motor and twisting shaft, the upper translating bracket and it is lower put down
It moves bracket and is successively horizontally placed on wool top delivery bracket from top to bottom, horizontal fixation is set respectively for two sides above the upper translating bracket
It is equipped with translation guide rod, upper translating bracket upper horizontal is fixedly installed upper translation sleeve compatible with upper translation guide rod, on
Translating bracket is slideably positioned in translation guide rod in the horizontal direction, and two sides horizontally rotate respectively below upper translating bracket is connected with
Transfer roller is twisted, upper twisting transfer roller is parallel to each other with upper translation guide rod, and upper twisting belt is horizontally placed on the downside of translating bracket, on
Twisting belt two sides wind the upper twisting transfer roller for being connected to two sides below translating bracket, the lower translating bracket lower section two respectively
Level is fixedly installed lower translation guide rod respectively for side, and lower translating bracket lower horizontal is fixedly installed to be adapted with lower translation guide rod
Lower translation sleeve, lower translating bracket is slideably positioned in lower translation guide rod in the horizontal direction, two sides difference above lower translating bracket
Horizontally rotate and be connected with lower twisting transfer roller, lower twisting transfer roller is parallel to each other with lower translation guide rod, and lower twisting belt is horizontally placed on
On the upside of lower translating bracket, lower twisting belt two sides wind the lower twisting transfer roller for being connected to two sides above lower translating bracket, institute respectively
It is arranged in parallel to state twisting transfer roller, lower twisting transfer roller, charging transfer roller and discharging transfer roller, side below the upper translating bracket
Upper twisting transfer roller end be fixedly installed rotate gear vertically, the lower twisting transfer roller end at the upper side of lower translating bracket is perpendicular
It is directly fixedly installed lower rotate gear, upper rotate gear and the engagement connection of lower rotate gear, the lead material motor level fixation is set
It is placed in lower translating bracket side, lead material motor drives lower twisting transfer roller rotation, and the wool top delivery internal stent side level is solid
Surely it is provided with shaft seating, twisting shaft is rotationally connected with shaft seating vertically, and the twisting motor is fixedly installed on hair vertically
Item is sent bracket side, and twisting motor output end level is fixedly installed twisting head sprocket, and horizontal fixation is set in the middle part of twisting shaft
It is equipped with and twists auxiliary sprocket wheel, twisting head sprocket uses twisting chain drive to connect with auxiliary sprocket wheel is twisted, two above and below the twisting shaft
Level is fixedly installed rotating circular disc and lower rotating circular disc, the upper rotating circular disc upper outer and upper translating bracket respectively at end
Between be horizontally disposed with have upper transition link, upper transition link both ends are hinged respectively is connected to rotating circular disc and upper translating bracket, institute
It states to be horizontally disposed between lower rotating circular disc lower outer and lower translating bracket and has lower transition link, lower transition link both ends are cut with scissors respectively
It is connected to lower rotating circular disc and lower translating bracket, the upper translating bracket is synchronous with lower translating bracket to carry out translational motion in opposite directions,
The wool top rolling-up mechanism includes upper guide transfer roller, lower guide transfer roller, winding translating bracket, winding motor, coiled strip drive roller, hair
Item winds transfer roller, slide guide strip, lifting slider and reciprocating motor, and the upper guide transfer roller and lower guide transfer roller are from top to bottom successively
Horizontally rotate the wool top delivery bracket for being connected to discharging transfer roller side, two sides are horizontal fixed respectively above the wool top delivery bracket
Be provided with bearing plate, level is fixedly installed reciprocal guide plate respectively for two sides above upper bearing plate, upper reciprocal guide plate with above hold
Weight plate is mutually perpendicular to, and upper reciprocal guide plate upper horizontal is provided with upper roller guide groove, two sides difference below the wool top delivery bracket
Level is fixedly installed lower bearing plate, and level is fixedly installed lower reciprocal guide plate respectively for two sides above lower bearing plate, lower back and forth to lead
Plate is mutually perpendicular to lower bearing plate, and lower reciprocal guide plate upper horizontal is provided with bottom roller guide groove, and the winding translating bracket is vertical
It is set to wool top delivery bracket side, winding translating bracket is c-type structure, two sides vertical rotation respectively above winding translating bracket
It is connected with translation idler wheel, upper translation idler wheel rolls the upper roller guide groove for being set to reciprocal guide plate in the horizontal direction, and winding is flat
Move two sides below bracket and be rotatably connected to lower translation idler wheel vertically respectively, lower translation idler wheel roll in the horizontal direction be set to it is lower past
The bottom roller guide groove of multiple guide plate, the winding translating bracket middle part successively horizontally rotates from top to bottom is connected with two coiled strips drives
Roller, winding motor level are fixedly installed on side in the middle part of winding translating bracket, and winding motor and two coiled strips drive to be adopted between roller
With winding chain drive connection, two coiled strips drive roller to synchronize and are rotated in the same direction, and the coiled strip drives the winding of roller two sides flat
It moves to tilt respectively on bracket and is fixedly installed slide guide strip, slide guide strip and winding translating bracket are integrally formed and are arranged, and sliding block is led
Sliding block guide groove is tiltedly installed on plate, the lifting slider is along inclined direction slideably positioned in sliding block guide groove, the lifting slider
The transfer roller that side is fixedly installed U-shaped structure vertically places card, and the wool top winding transfer roller is horizontally placed on winding translating bracket,
The transfer roller that wool top winding transfer roller both ends are placed horizontally at winding translating bracket two sides respectively is placed in card, and the reciprocating motor is vertical
It is fixedly installed on a middle side part below winding translating bracket upwards, reciprocating motor output end is horizontally disposed winding turntable, winds
Being horizontally disposed between turntable upper outer and lower bearing plate has winding reciprocable rod, and winding reciprocable rod both ends are hinged respectively to be connected to
Lower bearing plate and winding turntable.
2. a kind of wool top according to claim 1 transmits winding device, it is characterised in that: the charging transfer roller two sides difference
It is symmetrically fixedly installed the charging baffle of circular configuration, discharging transfer roller two sides are respectively symmetrically fixedly installed the discharging of circular configuration
Baffle.
3. a kind of wool top according to claim 1 transmits winding device, it is characterised in that: the upper twisting transfer roller both ends point
It is not fixedly installed upper belt baffle, lower twisting transfer roller both ends are fixedly installed lower belt baffle respectively.
4. a kind of wool top according to claim 1 transmits winding device, it is characterised in that: the lifting slider side is fixed
It is provided with the push roller board of square structure, tilts upward to be fixedly installed on the winding translating bracket of side below push roller board and push away
Roller cylinder, push roller cylinder are parallel to each other with sliding block guide groove, and push roller cylinder output is fixedly installed lifting push plate, and the lifting pushes away
Plate is L-type structure compatible with push roller board.
5. a kind of wool top according to claim 1 transmits winding device, it is characterised in that: the transfer roller is placed in card along circle
Successively horizontal homogeneous is rotatably connected to multiple winding runners to arcuate directions.
6. a kind of wool top according to claim 1 transmits winding device, it is characterised in that: the transfer roller places card upper end two
Side is symmetrically arranged with limit fixed block, is symmetrically arranged on the limit fixed block at transfer roller placement card both ends and puts roller inclined-plane.
7. a kind of wool top according to claim 1 transmits winding device, it is characterised in that: the winding translating bracket two sides
The inclined direction of sliding block guide groove and the angle of horizontal plane are 15 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910326821.7A CN110127439A (en) | 2019-04-23 | 2019-04-23 | A kind of wool top transmission winding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910326821.7A CN110127439A (en) | 2019-04-23 | 2019-04-23 | A kind of wool top transmission winding device |
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| CN110127439A true CN110127439A (en) | 2019-08-16 |
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| CN201910326821.7A Pending CN110127439A (en) | 2019-04-23 | 2019-04-23 | A kind of wool top transmission winding device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113291918A (en) * | 2021-05-21 | 2021-08-24 | 福州大学 | Multi-motion-mode self-adaptive catheter conveying device and working method thereof |
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