CN209113246U - A kind of yarn transmission organisation of working - Google Patents

Abstract

The utility model discloses a kind of yarns to transmit organisation of working, belongs to textile processing machine apparatus field.The yarn reel horizontal set of the utility model is set to yarn releasing transfer roller, damping pinch roller is rotationally connected with pressure cylinder guide block side vertically, drawn yarn conveyor belt two sides are wound respectively is connected to main drawn yarn transfer roller and auxiliary drawn yarn transfer roller, auxiliary drawn yarn transfer roller side is vertically arranged with card roller mechanism, transmission steel bar two sides are wound respectively is connected to two steel bar transfer rollers, upper drawing-off bar and lower drawing-off bar are successively horizontally placed on the machining support on the upside of reciprocal guide plate from top to bottom, fixed board is horizontally placed on the machining support on the downside of lifting pressing plate, and pressure yarn transfer roller, which is horizontally placed on, to be held on the upside of yarn transfer roller.The structure design of the utility model is reasonable, can unreel transmission for yarn is efficient and convenient, and can process the drawing-off of yarn even, improve yarn drafts atomization degree, meet the needs of production and application.

Description

A kind of yarn transmission organisation of working

Technical field

The utility model belongs to textile processing machine apparatus field more particularly to a kind of yarn transmission organisation of working, mainly Continuous transmission drawing-off applied to yarn is processed.

Background technique

With production industrial expansion and the improvement of people's living standards, requirement of the people to textile material is higher and higher, Textile material best in quality can weave high-end textile, make to be able to satisfy the demand that people use.Textile material refers to Fiber and fibre, are embodied in fiber, yarn, fabric and its compound, and in modern textile, new textile material is ground Hair, the especially exploitation and use of nanofiber breach traditional textile material concept, and textile material becomes soft object The important composition department of material.Yarn is a kind of important textile material, and yarn refers to being processed into various textile fabrics The product of certain fineness can be used for woven fabric, rope making, line processed, knitting and embroidery etc., and yarn is divided into staple yarn, continuous filaments With staple fiber and continuous filaments combination yarn.The fineness of yarn there are many representation method, such as number, metric count, English count, Danier etc. (see number), the twist of yarn is with every meter or the number of twists of per inch indicates.Yarn can be used in daily life In weaving woollen sweater, long woolen underwear, sleeveless woollen sweater, scarf, cap and gloves and the various season in spring and autumn haberdasheries of braiding, in addition to warming also There is decoration function.Main characteristic parameters of the yarn in production and processing include: bulk density, and reflection fiber piles up feature；Fiber Angle of twist and curling, reflection fiber along yarn axis straight degree；Line density (diameter) and the coefficient of variation, reflect thickness of yarn and Variation；Interfibrous active force (friction factor, entanglement point, effect segment or slip length etc.), reflects the stabilization of yarn texture Property.Yarn in the process of production and processing, can use adjustment raw material and change the method for yarn texture, by original natural Fiber, which meets the fiber that easily nursing requires with function admirable, combines the two by certain Yarn spinning method, and it is ideal to obtain effect Yarn mainly has mixed yarn and composite yarn.Yarn in the process of production and processing, needs to lead by the yarn for bleachinging and dyeing processing Sizing is stretched, in particular for the flexible yarn of quality, aobvious particularly important, the existing yarn transmission draft mechanism of drafting forming During by yarn drafts, the yarn reel for being wound with yarn is difficult to the rotation of even and unreels, and existing yarn In transmit process, yarn accurately cannot be subjected to segmentation transmission as needed, existing yarn drafts mechanism is difficult to yarn The segmentation of line even carries out drawing-off, causes yarn to be difficult to substantially efficiently be carried out drafting forming, influences yarn production and add The quality of work, and since yarn is in the length of the yarn after drawing-off is processed, existing transport mechanism is difficult to efficiently Yarn is tensioned, cause yarn be difficult to it is compact be accurately transmitted, be not able to satisfy the needs of production and application.

Utility model content

Technical problem to be solved in the utility model is the above-mentioned deficiency in the presence of overcoming the prior art, and provides one It is kind reasonable in design, transmission can be unreeled by yarn is efficient and convenient, and the drawing-off of yarn even can be processed, raising The yarn of yarn drafts atomization degree transmits organisation of working.

In order to solve the above-mentioned technical problem, the technical scheme adopted by the utility model is a kind of yarn transmits processing machine Structure, it is characterised in that: the yarn transmission organisation of working includes machining support, yarn releasing mechanism, drawn yarn mechanism, draft mechanism, pressure Yarn mechanism, regulating mechanism and Yarn guide mechanism, the yarn releasing mechanism, drawn yarn mechanism, draft mechanism, yarn pressing mechanism, regulating mechanism and Yarn guide mechanism is successively fixedly installed on machining support in the horizontal direction, the yarn releasing mechanism include yarn releasing transfer roller, yarn reel and Pinch roller is damped, the yarn releasing transfer roller, which horizontally rotates, is connected to machining support, and yarn reel horizontal set is set to yarn releasing transfer roller, institute It states to tilt respectively on the machining support of yarn releasing transfer roller side upper and lower ends and is symmetrically arranged with pressure cylinder guide groove, along inclination in pressure cylinder guide groove Direction sliding is provided with pressure cylinder guide block, and damping pinch roller is rotationally connected with pressure cylinder guide block side, the pressure cylinder guide block and processing vertically Damping pressure spring is tiltedly installed between bracket, the drawn yarn mechanism includes drawn yarn conveyer belt, drawn yarn motor, holds yarn cylinder and card roller Mechanism successively horizontally rotates on the machining support of yarn releasing transfer roller side in the horizontal direction and is connected with main drawn yarn transfer roller and auxiliary drawing Yarn transfer roller, drawn yarn conveyer belt are horizontally placed on machining support side, and drawn yarn conveyor belt two sides are wound respectively is connected to main drawn yarn turn Roller and auxiliary drawn yarn transfer roller, main drawn yarn transfer roller side are coaxially fixedly installed drawn yarn gear, the processing branch on the upside of drawn yarn gear vertically Intermittent gear compatible with drawn yarn gear, drawn yarn gear and intermittent gear alternately engagement connection are rotatably connected on frame vertically, Drawn yarn motor level is fixedly installed on the machining support on the upside of intermittent gear, uses between drawn yarn motor output end and intermittent gear Drawn yarn belt is sequentially connected, and is fixedly installed on the machining support of two sides straight up respectively below the drawn yarn conveyer belt and holds yarn Cylinder holds yarn cylinder output level and is fixedly installed and holds yarn lifter plate, holds successively horizontal in the horizontal direction on the upside of yarn lifter plate It is rotatably connected to more and holds yarn pressure roller, horizontal fixed setting on the machining support between the main drawn yarn transfer roller and auxiliary drawn yarn transfer roller There is pressure zone fixed plate, successively horizontally rotates in the horizontal direction on the downside of pressure zone fixed plate and be connected with more pressure zone transfer rollers, the auxiliary drawing Yarn transfer roller side is vertically arranged with card roller mechanism, and card roller mechanism includes limit bull stick, compression bar rotating plate, lifting push plate, reset tension spring With kelly cylinder, the auxiliary drawn yarn transfer roller side is horizontal to be coaxially fixedly installed limit bull stick, the processing on the upside of auxiliary drawn yarn transfer roller Level is fixedly installed rotating plate pedestal on bracket, and rotating plate pedestal two sides are symmetrically arranged with compression bar rotating plate, are hinged in the middle part of compression bar rotating plate It is connected to rotating plate pedestal, is provided with the locking claw of arc-shaped structure compatible with bull stick is limited on the downside of compression bar rotating plate, described turn Machining support on the upside of board bottom seat is fixedly installed kelly cylinder straight down, and kelly cylinder output is fixedly installed liter vertically Push plate is dropped, and both ends are symmetrically arranged with push plate inclined-plane on the downside of lifting push plate, and the lifting push plate is set to two pieces of compression bar rotating plate upper ends Between, the push plate inclined-plane of lifting push plate two sides successively horizontally rotates from top to bottom is connected with more push plate transfer rollers, and the reset is drawn Spring is horizontally placed between two pieces of compression bar rotating plates, and reset tension spring both ends are fixed with the compression bar rotating plate on the upside of rotating plate pedestal respectively to be connected It connects, the draft mechanism includes into yarn transfer roller, yarn transfer roller, drawing-off motor, upper drawing-off bar, lower drawing-off bar, transmission steel bar and past Multiple guide plate, it is described successively horizontally rotate in the horizontal direction into yarn transfer roller and yarn transfer roller be connected to machining support, it is described to turn into yarn It is successively rotatably connected to two steel bar transfer rollers on machining support between roller and yarn transfer roller vertically in the horizontal direction, transmits steel bar It is horizontally placed on machining support side, transmission steel bar two sides are wound respectively is connected to two steel bar transfer rollers, the drawing-off motor water The flat machining support being fixedly installed on the downside of transmission steel bar, is passed between drawing-off motor output end and steel bar transfer roller using drawing-off belt Dynamic connection, the reciprocal guide plate are vertically arranged on the machining support between two steel bar transfer rollers, two sides above and below transmission steel bar Level is fixedly installed traversing guide rod and lower traversing guide rod respectively on machining support, and two sides are slided respectively above and below reciprocal guide plate sets It is placed in traversing guide rod and lower traversing guide rod, two sides are horizontally disposed with respectively above and below the reciprocal guide plate ceiling molding slot and lower press strip Slot, two sides are horizontally set on ceiling molding slot respectively and push in bar groove transmission steel bar up and down, reciprocal on the downside of the ceiling molding slot Level is fixedly installed electromagnet on guide plate, and the level on the reciprocal guide plate on the upside of bar groove that pushes is fixedly installed lower electromagnet, The upper drawing-off bar and lower drawing-off bar are successively horizontally placed on the machining support on the upside of reciprocal guide plate from top to bottom, under lower drawing-off bar Middle side part is fixedly connected with reciprocal guide plate upper end, and lower reciprocal set is respectively arranged between the lower drawing-off bar two sides and machining support Cylinder, lower drawing-off bar two sides are slideably positioned in lower reciprocal sleeve in the horizontal direction, and lower drawing-off bar upper horizontal is fixedly installed lower past Double tooth item, is respectively arranged with reciprocal sleeve between the upper drawing-off bar two sides and machining support, upper two lateral edge of drawing-off bar is horizontal Direction is slideably positioned in reciprocal sleeve, and upper drawing-off bar lower horizontal is fixedly installed reciprocating rack, the upper drawing-off bar and Be rotatably connected to draft gear on machining support between lower drawing-off bar vertically, draft gear up and down two sides respectively with upper past double tooth Item and the engagement connection of lower reciprocating rack, the upper drawing-off bar both ends horizontally rotate respectively is connected with draw roll, lower drawing-off bar two End horizontally rotates respectively is connected with lower draw roll, and the yarn pressing mechanism includes pressure yarn turntable, pressure yarn motor, pressure yarn connecting plate, lifting Guide rod, lifting pressing plate and fixed board, pressure yarn turntable are rotationally connected with the machining support of one upper side of yarn transfer roller vertically, press yarn Motor level is fixedly installed on the upside of machining support, is pressed and is connected between yarn motor output end and pressure yarn turntable using pressure yarn belt transmission It connects, is fixedly installed jacking sleeve vertically on the machining support on the downside of the pressure yarn turntable, lifting guide pillar slides along the vertical direction It is set to jacking sleeve, the pressure yarn connecting plate is set between lifting guide pillar and pressure yarn turntable, and pressure yarn connecting plate lower end, which is hinged, to be connected to Lifting guide pillar upper end, pressure yarn connecting plate upside are provided with the rotation guide slot parallel with pressure yarn connecting plate, pressure yarn turntable side outer end Level is fixedly installed pressure yarn pull rod, and pressure yarn pull rod is mutually perpendicular to pressure yarn turntable, and pressure yarn pull rod is slideably positioned in rotation guide slot, The lifting pressing plate level is fixedly installed on lifting guide pillar lower end, and fixed board is horizontally placed on the processing branch on the downside of lifting pressing plate On frame, horizontal symmetrical is provided with pressing plate cylinder, pressing plate cylinder output water respectively on the machining support of the lifting pressing plate two sides It is flat to be fixedly installed translation push plate, be tiltedly installed with pressing plate inclined-plane on the downside of translation push plate, the regulating mechanism include adjusting bracket, Rotating bracket and adjusting cylinder, the adjusting bracket level are fixedly installed on the machining support of yarn pressing mechanism side, adjusting bracket On successively horizontally rotate be connected with more guide transfer rollers in the horizontal direction, the rotating bracket is obliquely installed in adjusting bracket Side, rotating bracket one end, which is hinged, to be connected on the upside of adjusting bracket one end, along inclined direction successively horizontally rotates connection in rotating bracket There are more adjusting transfer rollers, the adjusting cylinder is set between rotating bracket and machining support diagonally downward, adjusts cylinder tail end Hinge is connected to machining support, adjusts cylinder output hinge and is connected to rotating bracket upper end, the Yarn guide mechanism include hold yarn transfer roller, Guide motor, pressure yarn transfer roller and pressure yarn cylinder, the yarn transfer roller that holds horizontally rotate the machining support for being connected to regulating mechanism side, Guide motor level is fixedly installed on the machining support for holding yarn transfer roller side, guide motor and holds between yarn transfer roller using guide skin V belt translation connects, and is fixedly installed pressure yarn cylinder on the machining support held on the upside of yarn transfer roller straight down, and pressure yarn cylinder is defeated Outlet level is fixedly installed pressing roller holder, and pressure yarn transfer roller, which horizontally rotates, is connected to pressing roller holder, and pressure yarn transfer roller is horizontally placed on It holds on the upside of yarn transfer roller.

Further, anti-slip rubber layer is provided on the inside of the locking claw on the downside of the compression bar rotating plate.

Further, limit switches are arranged in horizontal sliding to the lower traversing guide rod both ends on the downside of the transmission steel bar respectively, Translation lock plunger is provided between limit switch and lower traversing guide rod.

Further, lifting pressing plate top two sides horizontally rotate respectively is connected with platen roller.

Further, transfer roller is interlaced sets for more adjustings of more guide transfer rollers of the adjusting bracket and rotating bracket It sets.

The utility model compared with prior art, has the following advantages that and effect: the structure design of the utility model is reasonable, leads to Crossing yarn releasing mechanism, drawn yarn mechanism, draft mechanism, yarn pressing mechanism, regulating mechanism and Yarn guide mechanism, successively fixation is set in the horizontal direction It is placed in machining support, puts the rotation for the yarn reel smooth sequential for being placed horizontally at yarn releasing transfer roller using yarn releasing mechanism is enabled Yarn is accurately pulled transmission according to required length using drawn yarn mechanism is enabled, and can carried out yarn in draft mechanism by volume One side end of yarn is fixed by drawing-off during processing, enabled that yarn is convenient smoothly piecewise using draft mechanism Carry out drawing-off processing, it is ensured that yarn can be enabled yarn in draft mechanism using yarn pressing mechanism by abundant efficient drafting forming Line be fixed a side end of yarn during drawing-off processing, it is ensured that yarn can easily carry out drawing-off paragraph by paragraph Yarn is easily tensioned in transmit process using regulating mechanism is enabled, enables yarn is compact to be transmitted by processing, And since length, regulating mechanism also have the function of certain yarn storage to yarn after drawing-off, so that yarn anterior end Yarn orderly can be smoothly transmitted by later process always when being secured in a press, and be enabled yarn just using Yarn guide mechanism Prompt pull, and yarn is smoothly transmitted, and improves the degree of automation of yarn drafts transmission, passes through yarn Cable reel horizontal set is set to yarn releasing transfer roller, and along inclined direction sliding is set in the pressure cylinder guide groove of yarn releasing transfer roller side upper and lower ends It is equipped with pressure cylinder guide block, damping pinch roller is rotationally connected with pressure cylinder guide block side vertically, and inclination is set between pressure cylinder guide block and machining support It is equipped with damping pressure spring, the horizontal positioned simultaneously smooth rotation of yarn reel can be pushed pressure cylinder to lead by yarn releasing transfer roller using damping pressure spring Block enables damping pinch roller to be closely bonded compression with yarn reel, utilizes the enabled rotation to yarn reel of damping pinch roller Certain damping force is provided, avoid yarn reel under the traction action of drawn yarn mechanism inordinate rotation and cause yarn loose, really The rotation that guarantor's yarn reel is capable of smooth sequential unreels yarn, is wound respectively by drawn yarn conveyor belt two sides and is connected to master Drawn yarn transfer roller and auxiliary drawn yarn transfer roller, main drawn yarn transfer roller side are coaxially fixedly installed drawn yarn gear vertically, on the upside of drawn yarn gear Intermittent gear compatible with drawn yarn gear is rotatably connected on machining support vertically, drawn yarn gear and intermittent gear alternately engage Connection is sequentially connected, between continuously being driven using drawn yarn motor using drawn yarn belt between drawn yarn motor output end and intermittent gear Gear of having a rest is rotated, and intermittent gear alternately drives main drawn yarn transfer roller to be rotated, and enables drawn yarn conveyer belt in main drawn yarn Rotation transmission is intermittently carried out under the drive of transfer roller, by solid straight up respectively on the machining support of two sides below drawn yarn conveyer belt Surely it is provided with and holds yarn cylinder, hold yarn cylinder output level and be fixedly installed and hold yarn lifter plate, it is horizontal to hold lateral edge on yarn lifter plate Direction, which successively horizontally rotates, to be connected with more and holds yarn pressure roller, holds yarn pressure roller and drawn yarn transmits using holding yarn cylinder and pushing straight up Closely fitting compresses band, so that yarn can be accurately segmented by drawn yarn conveyer belt during intermittent rotary carries out drawing biography It send, is connected with using successively horizontally rotating in the horizontal direction on the downside of the pressure zone fixed plate between main drawn yarn transfer roller and auxiliary drawn yarn transfer roller More pressure zone transfer rollers, enable pressure zone transfer roller to support drawn yarn conveyer belt, it is ensured that drawn yarn conveyer belt can with hold yarn pressure Roller closely compresses, and when drawn yarn conveyer belt stops transmitting, is bonded compression with drawn yarn conveyer belt using yarn pressure roller is held, moreover it is possible to One side end of yarn is fixed, it is ensured that yarn can be carried out paragraph by paragraph drawing-off processing by the draft mechanism of later process, be led to It crosses auxiliary drawn yarn transfer roller side and is vertically arranged with card roller mechanism, auxiliary drawn yarn transfer roller side level is coaxially fixedly installed limit bull stick, Rotating plate pedestal two sides are symmetrically arranged with compression bar rotating plate, are hinged in the middle part of compression bar rotating plate and are connected to rotating plate pedestal, setting on the downside of compression bar rotating plate There is the locking claw of arc-shaped structure compatible with limit bull stick, both ends are symmetrical on the downside of the lifting push plate of kelly cylinder output It is provided with push plate inclined-plane, the push plate inclined-plane of lifting push plate two sides successively horizontally rotates from top to bottom is connected with more push plate transfer rollers, Push lifting push plate straight down using kelly cylinder, lifting push plate can utilize push plate transfer roller convenient and smooth during decline It is synchronous push two pieces of compression bar rotating plates to be rotated, the locking claw on the downside of two pieces of compression bar rotating plates will can firmly limit bull stick It holds tightly and fixes, so that rapidly can be turned auxiliary drawn yarn using compression bar rotating plate when intermittent gear is out of gear with drawn yarn and connect Roller, which is held tightly, to be fixed, it is ensured that drawn yarn conveyer belt can stop transmitting immediately, and drawn yarn conveyer belt is avoided to continue under effect of inertia by yarn Line is transmitted, and is horizontally placed between two pieces of compression bar rotating plates using reset tension spring, so that when kelly cylinder pulls straight up When going up and down push plate, two pieces of compression bar rotating plates of rotating plate pedestal two sides can be de- with limit bull stick rapidly under the action of reset tension spring It opens, it is ensured that drawn yarn conveyer belt can be smoothly transmitted, anti-skidding using being provided on the inside of the locking claw on the downside of compression bar rotating plate Rubber layer makes to can ensure that compression bar rotating plate holds fixed efficiency and quality tightly to limit bull stick and makes to be able to achieve drawing using above structure Yarn conveyer belt smoothly rotates and stops rapidly, is wound respectively by transmission steel bar two sides and is connected to two steel bar transfer rollers, drawing-off It is sequentially connected between motor output end and steel bar transfer roller using drawing-off belt, drives steel bar via drawing-off belt using drawing-off motor Transfer roller is rotated, and is enabled transmission steel bar continuous and stable to carry out rotation transmission, by reciprocal guide plate is vertically arranged at two On machining support between root steel bar transfer roller, two sides are slideably positioned in traversing guide rod respectively and lower back and forth lead reciprocal guide plate up and down Bar, two sides are horizontally set on ceiling molding slot respectively and push in bar groove, the reciprocal guide plate on the downside of ceiling molding slot transmission steel bar up and down Upper level is fixedly installed electromagnet, and the level on the reciprocal guide plate on the upside of bar groove that pushes is fixedly installed lower electromagnet, utilizes Upper electromagnet and lower electromagnet alternate energisation have magnetic force, enable electromagnet and lower electromagnet alternately with transmission steel bar Absorption is fixed, and reciprocal guide plate the reciprocal of continuous and stable under the drive of transmission steel bar is translated, by transmitting steel Limit switches are arranged in horizontal sliding respectively at lower traversing guide rod both ends on the downside of item, are arranged between limit switch and lower traversing guide rod There is translation lock plunger, it is enabled that limit back and forth is adjusted to the translation of reciprocal guide plate, it both can ensure that the past of reciprocal guide plate exactly Carry out translational motion again, moreover it is possible to easily adjust reciprocal guide plate and translate reciprocal amplitude, by upper drawing-off bar and lower drawing-off bar from The machining support being successively horizontally placed on the upside of reciprocal guide plate under, middle side part is fixed with reciprocal guide plate upper end under lower drawing-off bar Connection, lower drawing-off bar two sides are slideably positioned in lower reciprocal sleeve in the horizontal direction, and upper drawing-off bar two sides are slided in the horizontal direction to be set It is placed in reciprocal sleeve, the draft gear two sides lower past double tooth with the upper reciprocating rack of upper drawing-off bar and lower drawing-off bar respectively up and down Item engagement connection, is able to drive lower drawing-off bar using the translation of reciprocal guide plate and synchronizes and translated, and lower drawing-off bar is in translation motion In be able to drive draft gear and rotated so that upper drawing-off bar can be realized synchronous opposite translational motion with lower drawing-off bar, Horizontally rotated respectively by upper drawing-off bar both ends and be connected with upper draw roll, lower drawing-off bar both ends, which horizontally rotate to be connected with down respectively, leads Roller is stretched, so that upper drawing-off bar can sufficiently efficiently carry out yarn during synchronous opposite translation paragraph by paragraph with lower drawing-off bar Drawing-off processing, it is ensured that yarn can be by abundant efficient drafting forming, by pressing yarn turntable to be rotationally connected with yarn transfer roller vertically The machining support of one upper side presses between yarn motor output end and pressure yarn turntable using pressure yarn belt transmission connection, utilizes pressure yarn Motor is rotated via pressure yarn belt band dynamic pressure yarn turntable, so that pressure yarn turntable can be realized the rotation of continuous and stable, is passed through Lifting guide pillar is slideably positioned in jacking sleeve along the vertical direction, and pressure yarn connecting plate is set between lifting guide pillar and pressure yarn turntable, pressure Yarn connecting plate lower end, which is hinged, is connected to lifting guide pillar upper end, and the rotation guide slot parallel with pressure yarn connecting plate, pressure are provided on the upside of pressure yarn connecting plate The pressure yarn pull rod of yarn turntable side outer end is slideably positioned in rotation guide slot, and lifting pressing plate level is fixedly installed under lifting guide pillar End, fixed board is horizontally placed on the machining support on the downside of lifting pressing plate, so that press yarn turntable during continuous rotation, when When yarn pull rod being pressed to be located on the downside of entire pressure yarn turntable, band dynamic pressure yarn pull rod is slideably positioned in rotation to pressure yarn turntable during rotation Guide groove so that pressure yarn pull rod does not generate traction force to lifting guide pillar, lifting pressing plate can under the effect of gravity with fixed board pressure Tightly, when pressing yarn pull rod to be located on the upside of entire pressure yarn turntable, pressure yarn pull rod generates upward traction force to lifting guide pillar, and enabling will It is promoted in lifting pressing plate horizontal direction, using above structure, presses yarn turntable that can alternately compress yarn admittedly during rotation It is fixed, so that a side end of yarn can be fixed by yarn during carrying out drawing-off processing, it is ensured that yarn can be by Section easily carries out drawing-off processing, and horizontal symmetrical is provided with pressing plate cylinder respectively on the machining support by going up and down pressing plate two sides, Pressing plate cylinder output level is fixedly installed translation push plate, is tiltedly installed with pressing plate inclined-plane on the downside of translation push plate, goes up and down pressing plate Top two sides horizontally rotate respectively is connected with platen roller, push plate is translated using pressing plate cylinder Level Promoting, so that working as buck When plate be bonded with fixed board under the effect of gravity, lifting pressing plate can under the action of pressing plate cylinder smoothly with fixation board It is fixed, it is ensured that sufficiently efficiently yarn ends can be fixed, pass through successively water in the horizontal direction in adjusting bracket Flat to be rotatably connected to more guide transfer rollers, rotating bracket one end, which is hinged, to be connected on the upside of adjusting bracket one end, and edge is inclined in rotating bracket Tilted direction, which successively horizontally rotates, is connected with more adjusting transfer rollers, adjusts cylinder and is set to rotating bracket and machining support diagonally downward Between, yarn, which is alternately wound, to be set to guide transfer roller and adjusts transfer roller, drives rotating bracket according to yarn using cylinder is adjusted Transmission rotate, enabled to be easily tensioned yarn in transmit process, enable yarn it is compact pass Send, and due to yarn after drawing-off length, using adjust cylinder pull up rotating bracket so that regulating mechanism is also Has the function of certain yarn storage, later process is orderly steady by yarn always when yarn anterior end is secured in a press Be transmitted, using more guide transfer rollers of adjusting bracket and the more interlaced settings of adjusting transfer roller of rotating bracket, make It obtains guide transfer roller and adjusts the more reasonable of transfer roller layout setting, and push down on rotating bracket using cylinder is adjusted, moreover it is possible to It realizes that more guide transfer rollers and Duo Gen adjust transfer roller and are in same straight line in the horizontal direction, realizes maximum yarn storage and put Yarn by guide motor and is held between yarn transfer roller using the transmission connection of guide belt, pressure yarn cylinder output level fixed setting There is pressing roller holder, pressure yarn transfer roller, which horizontally rotates, is connected to pressing roller holder, and pressure yarn transfer roller, which is horizontally placed on, to be held on the upside of yarn transfer roller, utilizes Pressure yarn cylinder pushes pressure yarn transfer roller straight down, enable pressure yarn transfer roller with hold yarn transfer roller and closely compress fitting, it is ensured that yarn Line high efficiency smooth can be transmitted under the drive of guide motor, through this structure, the design of the utility model structure Rationally, transmission can be unreeled by yarn is efficient and convenient, and the drawing-off of yarn even can be processed, improved yarn drafts and add Work the degree of automation meets the needs of production and application.

Detailed description of the invention

Fig. 1 is a kind of schematic view of the front view of yarn transmission organisation of working of the utility model.

Fig. 2 is the schematic view of the front view of the yarn releasing mechanism of the utility model.

Fig. 3 is the schematic view of the front view of the drawn yarn mechanism of the utility model.

Fig. 4 is the schematic view of the front view of the card roller mechanism of the utility model.

Fig. 5 is the schematic view of the front view of the draft mechanism of the utility model.

Fig. 6 is the schematic view of the front view of the yarn pressing mechanism of the utility model.

Fig. 7 is the schematic view of the front view of the regulating mechanism of the utility model.

Fig. 8 is the schematic view of the front view of the Yarn guide mechanism of the utility model.

In figure: 1. machining supports, 2. yarn releasing mechanisms, 3. drawn yarn mechanisms, 4. draft mechanisms, 5. yarn pressing mechanisms, 6. Regulating mechanism, 7. Yarn guide mechanisms, 8. yarn releasing transfer rollers, 9. yarn reels, 10. damping pinch rollers, 11. pressure cylinder guide grooves, 12. pressures Cylinder guide block, 13. damping pressure springs, 14. drawn yarn conveyer belts, 15. drawn yarn motors, 16. hold yarn cylinder, 17. card roller mechanisms, and 18. Main drawn yarn transfer roller, 19. auxiliary drawn yarn transfer rollers, 20. drawn yarn gears, 21. intermittent gears, 22. drawn yarn belts, 23. hold yarn lifting Plate, 24. hold yarn pressure roller, 25. pressure zone fixed plates, 26. pressure zone transfer rollers, 27. limit bull sticks, 28. compression bar rotating plates, and 29. liters Drop push plate, 30. reset tension springs, 31. kelly cylinders, 32. rotating plate pedestals, 33. locking claws, 34. push plate inclined-planes, 35. Push plate transfer roller, 36. into yarn transfer roller, 37. yarn transfer rollers, 38. drawing-off motors, drawing-off bar on 39., 40. lower drawing-off bars, and 41. Transmit steel bar, 42. reciprocal guide plates, 43. steel bar transfer rollers, 44. drawing-off belts, traversing guide rod on 45. back and forth leads under 46. Bar, 47. ceiling molding slots, 48. push bar grooves, electromagnet on 49., 50. lower electromagnets, reciprocal sleeve under 51., under 52. Reciprocating rack, reciprocal sleeve on 53., reciprocating rack on 54., 55. draft gears, draw roll on 56., 57. lower drawing-offs Roller, 58. pressure yarn turntables, 59. pressure yarn motors, 60. pressure yarn connecting plates, 61. lifting guide pillars, 62. lifting pressing plates, 63. is fixed Board, 64. pressure yarn belts, 65. jacking sleeves, 66. rotation guide slots, 67. pressure yarn pull rods, 68. pressing plate cylinders, 69. is flat Shifting push plate, 70. pressing plate inclined-planes, 71. adjusting brackets, 72. rotating brackets, 73. adjusting cylinders, 74. guide transfer rollers, 75. Transfer roller is adjusted, 76. hold yarn transfer roller, 77. guide motors, 78. pressure yarn transfer rollers, 79. pressure yarn cylinders, 80. guide belts, and 81. Pressing roller holder, 82. anti-slip rubber layers, 83. limit switches, 84. translation lock plungers, 85. platen rollers.

Specific embodiment

In order to further describe the utility model, a kind of yarn transmission organisation of working is further described with reference to the accompanying drawing Specific embodiment, following embodiment is the explanation to the utility model and the utility model is not limited to following embodiment.

As shown in Figure 1, a kind of yarn of the utility model transmits organisation of working, including machining support 1, yarn releasing mechanism 2, drawn yarn Mechanism 3, draft mechanism 4, yarn pressing mechanism 5, regulating mechanism 6 and Yarn guide mechanism 7, the yarn releasing mechanism 2, drawn yarn mechanism of the utility model 3, draft mechanism 4, yarn pressing mechanism 5, regulating mechanism 6 and Yarn guide mechanism 7 are successively fixedly installed on machining support 1 in the horizontal direction. As shown in Fig. 2, the yarn releasing mechanism 2 of the utility model includes yarn releasing transfer roller 8, yarn reel 9 and damping pinch roller 10, yarn releasing transfer roller 8 Horizontally rotate and be connected to machining support 1,9 horizontal set of yarn reel is set to yarn releasing transfer roller 8,8 side of yarn releasing transfer roller upper and lower two Inclination is symmetrically arranged with pressure cylinder guide groove 11 respectively on the machining support 1 at end, and along inclined direction sliding is provided in pressure cylinder guide groove 11 Pressure cylinder guide block 12, damping pinch roller 10 are rotationally connected with 12 side of pressure cylinder guide block vertically, incline between pressure cylinder guide block 12 and machining support 1 Tiltedly it is provided with damping pressure spring 13.As shown in figure 3, the drawn yarn mechanism 3 of the utility model includes drawn yarn conveyer belt 14, drawn yarn motor 15, yarn cylinder 16 and card roller mechanism 17 are held, successively horizontally rotates company in the horizontal direction on the machining support 1 of 8 side of yarn releasing transfer roller It is connected to main drawn yarn transfer roller 18 and auxiliary drawn yarn transfer roller 19, drawn yarn conveyer belt 14 is horizontally placed on 1 side of machining support, drawn yarn conveyer belt 14 two sides are wound respectively is connected to main drawn yarn transfer roller 18 and auxiliary drawn yarn transfer roller 19, and coaxially fixation is set vertically for main 18 side of drawn yarn transfer roller It is equipped with drawn yarn gear 20, is rotatably connected to vertically on the machining support 1 of 20 upside of drawn yarn gear compatible with drawn yarn gear 20 Alternately engagement connection, 15 level of drawn yarn motor are fixedly installed on interval tooth for intermittent gear 21, drawn yarn gear 20 and intermittent gear 21 The machining support 1 of 21 upside of wheel, is sequentially connected using drawn yarn belt 22 between 15 output end of drawn yarn motor and intermittent gear 21, is drawn It is fixedly installed straight up respectively on the machining support 1 of 14 lower section two sides of yarn conveyer belt and holds yarn cylinder 16, it is defeated to hold yarn cylinder 16 Outlet level, which is fixedly installed, holds yarn lifter plate 23, hold the upside of yarn lifter plate 23 successively horizontally rotate in the horizontal direction be connected with it is more Root holds yarn pressure roller 24, and it is solid to be fixedly installed pressure zone for level on the machining support 1 between main drawn yarn transfer roller 18 and auxiliary drawn yarn transfer roller 19 Fixed board 25,25 downside of pressure zone fixed plate successively horizontally rotates in the horizontal direction is connected with more pressure zone transfer rollers 26, auxiliary drawn yarn transfer roller 19 sides are vertically arranged with card roller mechanism 17.As shown in figure 4, the card roller mechanism 17 of the utility model includes limit bull stick 27, pressure Bar rotating plate 28, lifting push plate 29, reset tension spring 30 and kelly cylinder 31, auxiliary 19 side of drawn yarn transfer roller is horizontal to be coaxially fixedly installed Bull stick 27 is limited, level is fixedly installed rotating plate pedestal 32 on the machining support 1 of 19 upside of auxiliary drawn yarn transfer roller, and 32 liang of rotating plate pedestal Side is symmetrically arranged with compression bar rotating plate 28, is hinged in the middle part of compression bar rotating plate 28 and is connected to rotating plate pedestal 32, is provided on the downside of compression bar rotating plate 28 The locking claw 33 of arc-shaped structure compatible with limit bull stick 27, the machining support 1 of 32 upside of rotating plate pedestal is straight down It is fixedly installed kelly cylinder 31,31 output end of kelly cylinder is fixedly installed lifting push plate 29,29 downside of lifting push plate vertically Both ends are symmetrically arranged with push plate inclined-plane 34, and lifting push plate 29 is set between two pieces of 28 upper ends of compression bar rotating plate, go up and down 29 liang of push plate The push plate inclined-plane 34 of side successively horizontally rotates from top to bottom is connected with more push plate transfer rollers 35, and reset tension spring 30 is horizontally placed on two Between block compression bar rotating plate 28,30 both ends of reset tension spring are fixedly connected with the compression bar rotating plate 28 of 32 upside of rotating plate pedestal respectively.Such as Fig. 5 It is shown, the draft mechanism 4 of the utility model include into yarn transfer roller 36, yarn transfer roller 37, drawing-off motor 38, upper drawing-off bar 39, under Drawing-off bar 40, transmission steel bar 41 and reciprocal guide plate 42, successively horizontally rotate in the horizontal direction into yarn transfer roller 36 and yarn transfer roller 37 Be connected to machining support 1, into the machining support 1 between yarn transfer roller 36 and yarn transfer roller 37 on successively vertical rotation in the horizontal direction Two steel bar transfer rollers 43 are connected with, transmission steel bar 41 is horizontally placed on 1 side of machining support, and transmission 41 two sides of steel bar are wound respectively Two steel bar transfer rollers 43 are connected to, 38 level of drawing-off motor is fixedly installed on the machining support 1 of 41 downside of transmission steel bar, drawing-off electricity It is sequentially connected between 38 output end of machine and steel bar transfer roller 43 using drawing-off belt 44, reciprocal guide plate 42 is vertically arranged at two steel bars On machining support 1 between transfer roller 43, transmit about 41 two sides of steel bar machining support 1 on respectively level be fixedly installed it is past Multiple guide rod 45 and lower traversing guide rod 46, reciprocal about 42 two sides of guide plate are slideably positioned in traversing guide rod 45 respectively and lower back and forth lead Bar 46, reciprocal about 42 two sides of guide plate are horizontally disposed with respectively to be had ceiling molding slot 47 and pushes bar groove 48, transmits steel bar about 41 two Side is horizontally set on ceiling molding slot 47 respectively and pushes in bar groove 48, horizontal fixed on the reciprocal guide plate 42 of 47 downside of ceiling molding slot It is provided with electromagnet 49, the level on the reciprocal guide plate 42 of 48 upside of bar groove that pushes is fixedly installed lower electromagnet 50, upper drawing-off Bar 39 and lower drawing-off bar 40 are successively horizontally placed on the machining support 1 of 42 upside of reciprocal guide plate from top to bottom, under lower drawing-off bar 40 Middle side part is fixedly connected with reciprocal 42 upper end of guide plate, is respectively arranged between lower 40 two sides of drawing-off bar and machining support 1 lower reciprocal Sleeve 51, lower 40 two sides of drawing-off bar are slideably positioned in lower reciprocal sleeve 51 in the horizontal direction, and lower 51 upper horizontal of drawing-off bar is fixed It is provided with lower reciprocating rack 52, is respectively arranged with reciprocal sleeve 53, upper drawing-off between upper 39 two sides of drawing-off bar and machining support 1 39 two sides of bar are slideably positioned in reciprocal sleeve 53 in the horizontal direction, and upper 39 lower horizontal of drawing-off bar is fixedly installed toward double tooth Item 54 is rotatably connected to draft gear 55, draft gear on the machining support 1 between upper drawing-off bar 39 and lower drawing-off bar 40 vertically Connection is engaged in about 55 two sides with upper reciprocating rack 54 and lower reciprocating rack 52 respectively, and upper 39 both ends of drawing-off bar horizontally rotate respectively It is connected with draw roll 56, lower 40 both ends of drawing-off bar horizontally rotate respectively is connected with lower draw roll 57.As shown in fig. 6, this is practical Novel yarn pressing mechanism 5 includes pressure yarn turntable 58, pressure yarn motor 59, pressure yarn connecting plate 60, lifting guide pillar 61, lifting pressing plate 62 and solid Fixed carrier plate 63, pressure yarn turntable 58 are rotationally connected with the machining support 1 of 37 1 upper side of yarn transfer roller vertically, and pressure yarn motor 59 is horizontal It is fixedly installed on 1 upside of machining support, presses and is connected between 59 output end of yarn motor and pressure yarn turntable 58 using the pressure transmission of yarn belt 64 It connects, is fixedly installed jacking sleeve 65 vertically on the machining support 1 of 58 downside of pressure yarn turntable, lifting guide pillar 61 is slided along the vertical direction Dynamic to be set to jacking sleeve 65, pressure yarn connecting plate 60 is set between lifting guide pillar 61 and pressure yarn turntable 58, presses 60 lower end of yarn connecting plate Hinge is connected to 61 upper end of lifting guide pillar, presses and is provided with the rotation guide slot 66 parallel with pressure yarn connecting plate 60 on the upside of yarn connecting plate 60, presses yarn 58 side outer end level of turntable is fixedly installed pressure yarn pull rod 67, and pressure yarn pull rod 67 is mutually perpendicular to pressure yarn turntable 58, and pressure yarn is drawn Bar 67 is slideably positioned in rotation guide slot 66, and lifting 62 level of pressing plate is fixedly installed on 61 lower end of lifting guide pillar, fixed 63 water of board On the flat machining support 1 for being set to 62 downside of lifting pressing plate, horizontal symmetrical is set respectively on the machining support 1 of lifting 62 two sides of pressing plate It is equipped with pressing plate cylinder 68,68 output end level of pressing plate cylinder is fixedly installed translation push plate 69, tilts and set on the downside of translation push plate 69 It is equipped with pressing plate inclined-plane 70.As shown in fig. 7, the regulating mechanism 6 of the utility model includes adjusting bracket 71, rotating bracket 72 and adjusts Cylinder 73,71 level of adjusting bracket are fixedly installed on the machining support 1 of 5 side of yarn pressing mechanism, along level side in adjusting bracket 71 More guide transfer rollers 74 are connected with to successively horizontally rotating, rotating bracket 72 is obliquely installed in 71 side of adjusting bracket, rotating bracket 72 one end, which are hinged, to be connected on the upside of 71 one end of adjusting bracket, is along inclined direction successively horizontally rotated in rotating bracket 72 and is connected with more Transfer roller 75 is adjusted, cylinder 73 is adjusted and is set between rotating bracket 72 and machining support 1 diagonally downward, adjusts 73 tail end of cylinder hinge It is connected to machining support 1,73 output end of cylinder hinge is adjusted and is connected to 72 upper end of rotating bracket.As shown in figure 8, the utility model Yarn guide mechanism 7 includes holding yarn transfer roller 76, guide motor 77, pressure yarn transfer roller 78 and pressure yarn cylinder 79, holds yarn transfer roller 76 and horizontally rotates It is connected to the machining support 1 of 6 side of regulating mechanism, 77 level of guide motor is fixedly installed on the processing branch for holding 76 side of yarn transfer roller Frame 1, guide motor 77 and holding are sequentially connected between yarn transfer roller 76 using guide belt 80, and the machining support of the upside of yarn transfer roller 76 is held Pressure yarn cylinder 79 is fixedly installed on 1 straight down, pressure 79 output end level of yarn cylinder is fixedly installed pressing roller holder 81, presses yarn Transfer roller 78, which horizontally rotates, is connected to pressing roller holder 81, and pressure yarn transfer roller 78, which is horizontally placed on, holds 76 upside of yarn transfer roller.

It is provided with anti-slip rubber layer 82 on the inside of the locking claw 33 of 28 downside of compression bar rotating plate of the utility model, makes can ensure that 28 pairs of limit bull sticks 27 of compression bar rotating plate hold fixed efficiency and quality tightly.It is lower reciprocal on the downside of the transmission steel bar 41 of the utility model Limit switches 83 are arranged in horizontal sliding respectively at guide rod 46 both ends, are provided with translation between limit switch 83 and lower traversing guide rod 46 Lock plunger 84, enabled translate to reciprocal guide plate 42 are back and forth adjusted limit, both can ensure that the past of reciprocal 42 exactly of guide plate Translational motion is carried out again, moreover it is possible to easily be adjusted reciprocal guide plate 42 and be translated reciprocal amplitude.The lifting pressing plate 62 of the utility model Top two sides horizontally rotate respectively is connected with platen roller 85, translates push plate 69 using 68 Level Promoting of pressing plate cylinder, translation pushes away Plate in translation motion can efficiently smoothly will lifting pressing plate be pressed downward tightly so that when go up and down pressing plate 62 under the effect of gravity with When fixed board 63 is bonded, lifting pressing plate 62 can smoothly compress with fixed board 63 solid under the action of pressing plate cylinder 68 It is fixed, it is ensured that can be sufficiently efficiently fixed yarn ends.More guide transfer rollers of the adjusting bracket 71 of the utility model 74 and rotating bracket 72 the more interlaced settings of adjusting transfer roller 75 so that guide transfer roller 74 and adjust transfer roller 75 layout setting More rationally, and using adjust cylinder 73 push down on rotating bracket 72, moreover it is possible to realize more guide transfer rollers 74 and Duo Gen It adjusts transfer roller 75 and is in same straight line in the horizontal direction, realize maximum yarn storage and yarn releasing.

By adopting the above technical scheme, a kind of yarn transmission organisation of working of the utility model when in use, passes through yarn releasing Successively fixation is set in the horizontal direction for mechanism 2, drawn yarn mechanism 3, draft mechanism 4, yarn pressing mechanism 5, regulating mechanism 6 and Yarn guide mechanism 7 It is placed in machining support 1, utilizes the rotation of enabled 9 smooth sequential of yarn reel that will be placed horizontally at yarn releasing transfer roller 8 of yarn releasing mechanism 2 It unreels, yarn is accurately pulled into transmission according to required length using drawn yarn mechanism 3 is enabled, and can be in draft mechanism 4 by yarn Be fixed a side end of yarn during drawing-off processing, it is enabled that yarn is convenient steady using draft mechanism 4 Piecewise carry out drawing-off processing, it is ensured that yarn can be enabled using yarn pressing mechanism 5 in drafting machine by abundant efficient drafting forming One side end of yarn will be fixed by structure 4 during yarn progress drawing-off processing, it is ensured that yarn can paragraph by paragraph easily Drawing-off processing is carried out, yarn is easily tensioned in transmit process using regulating mechanism 6 is enabled, enables yarn compact Be transmitted, and due to yarn after drawing-off length, regulating mechanism 6 also has the function of certain yarn storage, so that yarn Yarn orderly can be smoothly transmitted by later process always when line anterior end is secured in a press, and utilize Yarn guide mechanism 7 It is enabled easily to pull yarn, yarn is smoothly transmitted, the automatic of yarn drafts transmission is improved Change degree is set to yarn releasing transfer roller 8, the pressure cylinder guide groove 11 of 8 side upper and lower ends of yarn releasing transfer roller by 9 horizontal set of yarn reel Inside along inclined direction sliding is provided with pressure cylinder guide block 12, and damping pinch roller 10 is rotationally connected with 12 side of pressure cylinder guide block, pressure cylinder vertically Damping pressure spring 13 is tiltedly installed between guide block 12 and machining support 1, yarn releasing transfer roller 8 can be horizontal positioned simultaneously by yarn reel 9 Smooth rotation pushes pressure cylinder guide block 12 using damping pressure spring 13, and damping pinch roller 10 is closely bonded with yarn reel 9 It compresses, provides certain damping force using the enabled rotation to yarn reel 9 of damping pinch roller 10, avoid yarn reel 9 in drawn yarn Inordinate rotation under the traction action of mechanism 3 and cause yarn loose, it is ensured that yarn reel 9 is capable of the rotation of smooth sequential for yarn It is unreeled, is wound respectively by 14 two sides of drawn yarn conveyer belt and be connected to main drawn yarn transfer roller 18 and auxiliary drawn yarn transfer roller 19, main drawn yarn 18 side of transfer roller is coaxially fixedly installed drawn yarn gear 20 vertically, and rotation connects vertically on the machining support 1 of 20 upside of drawn yarn gear It is connected to intermittent gear 21 compatible with drawn yarn gear 20, drawn yarn gear 20 and the alternately engagement connection of intermittent gear 21, drawn yarn electricity It is sequentially connected between 15 output end of machine and intermittent gear 21 using drawn yarn belt 22, continuously drives interval tooth using drawn yarn motor 15 Wheel 21 is rotated, and intermittent gear 21 alternately drives main drawn yarn transfer roller 18 to be rotated, and enables drawn yarn conveyer belt 14 in master Rotation transmission is intermittently carried out under the drive of drawn yarn transfer roller 18, by distinguishing on the machining support 1 of 14 lower section two sides of drawn yarn conveyer belt It is fixedly installed straight up and holds yarn cylinder 16, hold 16 output end level of yarn cylinder and be fixedly installed and hold yarn lifter plate 23, hold yarn The upside of lifter plate 23 successively horizontally rotates in the horizontal direction to be connected with more and holds yarn pressure roller 24, using holding yarn cylinder 16 straight up Promotion holds yarn pressure roller 24 and is closely bonded compression with drawn yarn conveyer belt 14, so that energy during intermittent rotary of drawn yarn conveyer belt 14 Enough be accurately segmented yarn carries out drawing transmission, utilizes the pressure zone fixed plate between main drawn yarn transfer roller 18 and auxiliary drawn yarn transfer roller 19 25 downsides successively horizontally rotate in the horizontal direction is connected with more pressure zone transfer rollers 26, and pressure zone transfer roller 26 transmits drawn yarn Band 14 is supported, it is ensured that drawn yarn conveyer belt 14 can closely be compressed with yarn pressure roller 24 is held, and be stopped in drawn yarn conveyer belt 14 When only transmitting, compression is bonded with drawn yarn conveyer belt 14 using yarn pressure roller 24 is held, moreover it is possible to be fixed a side end of yarn, really Yarn can be carried out paragraph by paragraph drawing-off processing by the draft mechanism 4 for protecting later process, be vertically arranged by auxiliary 19 side of drawn yarn transfer roller There is card roller mechanism 17, auxiliary 19 side of drawn yarn transfer roller is horizontal to be coaxially fixedly installed limit bull stick 27, and 32 two sides of rotating plate pedestal are symmetrical It is provided with compression bar rotating plate 28, is hinged in the middle part of compression bar rotating plate 28 and is connected to rotating plate pedestal 32, be provided with and limit on the downside of compression bar rotating plate 28 The 29 downside both ends of lifting push plate of the locking claw 33 of the compatible arc-shaped structure of bull stick 27,31 output end of kelly cylinder are symmetrical It is provided with push plate inclined-plane 34, the push plate inclined-plane 34 of lifting 29 two sides of push plate successively horizontally rotates from top to bottom is connected with more push plates Transfer roller 35, lifting push plate 29 is pushed using kelly cylinder 31 straight down, and lifting push plate 29 can be utilized during decline and be pushed away The synchronous of 35 convenient and smooth of plate transfer roller pushes two pieces of compression bar rotating plates 28 to be rotated, the locking claw of two pieces of 28 downsides of compression bar rotating plate 33 firmly can hold limit bull stick 27 tightly fixation, so that when intermittent gear 21 and drawn yarn gear 20 are disengaged and connected, it can Rapidly auxiliary drawn yarn transfer roller 19 to be held tightly using compression bar rotating plate 28 and is fixed, it is ensured that drawn yarn conveyer belt 14 can stop transmitting immediately, It avoids drawn yarn conveyer belt 14 from continuing for yarn to be transmitted under effect of inertia, is horizontally placed on two pieces of pressures using reset tension spring 30 Between bar rotating plate 28, so that when kelly cylinder 31 pulls lifting push plate 29 straight up, two pieces of pressures of 32 two sides of rotating plate pedestal Bar rotating plate 28 can be disengaged with limit bull stick 27 rapidly under the action of reset tension spring 30, it is ensured that drawn yarn conveyer belt 14 can be smooth Be transmitted, be provided with anti-slip rubber layer 82 on the inside of the locking claw 33 using the downside of compression bar rotating plate 28, make to can ensure that compression bar 28 pairs of limit bull sticks 27 of rotating plate hold fixed efficiency and quality tightly, using above structure, make to be able to achieve drawn yarn conveyer belt 14 rapidly Smoothly rotation and stopping are wound respectively by transmission 41 two sides of steel bar and are connected to two steel bar transfer rollers 43, and drawing-off motor 38 is defeated It is sequentially connected between outlet and steel bar transfer roller 43 using drawing-off belt 44, drives steel via drawing-off belt 44 using drawing-off motor 38 Transfer roller 43 is rotated, and enable transmission 41 continuous and stable of steel bar carries out rotation transmission, vertical by reciprocal guide plate 42 It is set on the machining support 1 between two steel bar transfer rollers 43, reciprocal about 42 two sides of guide plate are slideably positioned in back and forth respectively Guide rod 45 and lower traversing guide rod 46, transmission about 41 two sides of steel bar are horizontally set on ceiling molding slot 47 respectively and push bar groove 48 Interior, level is fixedly installed electromagnet 49 on the reciprocal guide plate 42 of 47 downside of ceiling molding slot, pushes the reciprocal of 48 upside of bar groove Level is fixedly installed lower electromagnet 50 on guide plate 42, has magnetic force using upper electromagnet 49 and 50 alternate energisation of lower electromagnet, Electromagnet 49 and lower electromagnet 50 are alternately fixed with the transmission absorption of steel bar 41, reciprocal guide plate 42 is existed It transmits the reciprocal of continuous and stable under the drive of steel bar 41 to be translated, passes through 46 both ends of lower traversing guide rod of 41 downside of transmission steel bar Horizontal sliding setting limit switches 83 respectively, are provided with translation lock plunger 84 between limit switch 83 and lower traversing guide rod 46, Back and forth limit is adjusted in enabled translate to reciprocal guide plate 42, both can ensure that back and forth being translated for reciprocal 42 exactly of guide plate Movement, moreover it is possible to easily adjust reciprocal guide plate 42 and translate reciprocal amplitude, by upper drawing-off bar 39 and lower drawing-off bar 40 from up to Under be successively horizontally placed on the machining support 1 of 42 upside of reciprocal guide plate, the lower middle side part of lower drawing-off bar 40 and reciprocal 42 upper end of guide plate It is fixedly connected, lower 40 two sides of drawing-off bar are slideably positioned in lower reciprocal sleeve 51,39 liang of lateral edge levels of upper drawing-off bar in the horizontal direction Direction is slideably positioned in reciprocal sleeve 53, about 55 two sides of draft gear respectively with the upper reciprocating rack 54 of upper drawing-off bar 39 and The lower reciprocating rack 52 of lower drawing-off bar 40 engages connection, is able to drive the same stepping of lower drawing-off bar 40 using the translation of reciprocal guide plate 42 Row translation, lower drawing-off bar 40 are able to drive draft gear 55 in translation motion and are rotated, so that upper drawing-off bar 39 is led under Boom 40, which can be realized, synchronizes opposite translational motion, is horizontally rotated respectively by upper 39 both ends of drawing-off bar and is connected with upper draw roll 56, lower 40 both ends of drawing-off bar horizontally rotate respectively is connected with lower draw roll 57, so that upper drawing-off bar 39 and lower drawing-off bar 40 are same Yarn efficiently sufficiently can be subjected to drawing-off processing paragraph by paragraph during the opposite translation of step, it is ensured that yarn can be by sufficiently efficiently Drafting forming press yarn motor by pressing yarn turntable 58 to be rotationally connected with the machining support 1 of 37 1 upper side of yarn transfer roller vertically It is sequentially connected between 59 output ends and pressure yarn turntable 58 using pressure yarn belt 64, using pressure yarn motor 59 via pressure 64 band of yarn belt Dynamic pressure yarn turntable 58 is rotated, so that pressure yarn turntable 58 can be realized the rotation of continuous and stable, by lifting guide pillar 61 along perpendicular Histogram is set between lifting guide pillar 61 and pressure yarn turntable 58 to jacking sleeve 65, pressure yarn connecting plate 60 is slideably positioned in, and pressure yarn connects 60 lower end of plate, which is hinged, is connected to 61 upper end of lifting guide pillar, presses and is provided with the rotation guide slot parallel with pressure yarn connecting plate 60 on the upside of yarn connecting plate 60 66, the pressure yarn pull rod 67 of pressure 58 side outer end of yarn turntable is slideably positioned in rotation guide slot 66, the horizontal fixed setting of lifting pressing plate 62 In 61 lower end of lifting guide pillar, fixed board 63 is horizontally placed on the machining support 1 of 62 downside of lifting pressing plate, so that pressure yarn turntable 58 during continuous rotation, when pressing yarn pull rod 67 to be located at entire pressure 58 downside of yarn turntable, presses yarn turntable 58 in rotation process Middle band dynamic pressure yarn pull rod 67 is slideably positioned in rotation guide slot 66, so that pressure yarn pull rod 67 does not generate traction force to lifting guide pillar 61, Going up and down pressing plate 52 can compress with fixed board 63 under the effect of gravity, when pressure yarn pull rod 67 is located at entire 58 upside of pressure yarn turntable When, pressure yarn pull rod 67 generates upward traction force to lifting guide pillar 61, and it is enabled to be lifted up lifting 62 level of pressing plate, in utilization Structure is stated, yarn can be alternately fixed by pressure yarn turntable 58 during rotation, so that yarn is carrying out drawing-off processing During a side end of yarn can be fixed, it is ensured that yarn can easily carry out drawing-off processing paragraph by paragraph, pass through Horizontal symmetrical is provided with pressing plate cylinder 68 respectively on the machining support 1 of lifting 62 two sides of pressing plate, and 68 output end of pressing plate cylinder is horizontal It is fixedly installed translation push plate 69, translates and is tiltedly installed with pressing plate inclined-plane 70 on the downside of push plate 69, lifting 62 top two sides of pressing plate point Do not horizontally rotate and be connected with platen roller 85, translate push plate 69 using 68 Level Promoting of pressing plate cylinder, so that when lifting pressing plate 62 When be bonded under the effect of gravity with fixed board 63, go up and down pressing plate 62 can under the action of pressing plate cylinder 68 smoothly with fixation Board 63 is fixed, it is ensured that sufficiently efficiently yarn ends can be fixed, by adjusting bracket 71 along level side More guide transfer rollers 74 are connected with to successively horizontally rotating, 72 one end of rotating bracket, which is hinged, to be connected on the upside of 71 one end of adjusting bracket, Along inclined direction successively horizontally rotate in rotating bracket 72 and be connected with more adjusting transfer rollers 75, adjusts cylinder 73 and be arranged diagonally downward Between rotating bracket 72 and machining support 1, yarn, which is alternately wound, to be set to guide transfer roller 74 and adjusts transfer roller 75, utilizes tune Displacements of cylinders 73 drives rotating bracket 72 rotate according to what yarn transmitted, enables yarn is convenient and fast in transmit process Tensioning, enable yarn is compact to be transmitted, and due to yarn after drawing-off length, utilize adjust cylinder 73 Rotating bracket 72 is pulled up, so that regulating mechanism 6 also has the function of certain yarn storage, so that yarn anterior end is compacted admittedly Yarn orderly can be smoothly transmitted by timing later process always, utilize more 74 Hes of guide transfer roller of adjusting bracket 71 The more interlaced settings of adjusting transfer roller 75 of rotating bracket 72, so that guide transfer roller 74 and the setting of the adjusting layout of transfer roller 75 are more Adduction reason, and rotating bracket 72 is pushed down on using cylinder 73 is adjusted, moreover it is possible to realize that more guide transfer rollers 74 and Duo Gen are adjusted Transfer roller 75 is in same straight line in the horizontal direction, realizes maximum yarn storage and yarn releasing, by guide motor 77 and holds yarn turn It is sequentially connected between roller 76 using guide belt 80, pressure 79 output end level of yarn cylinder is fixedly installed pressing roller holder 81, presses yarn Transfer roller 78, which horizontally rotates, is connected to pressing roller holder 81, and pressure yarn transfer roller 78, which is horizontally placed on, holds 76 upside of yarn transfer roller, utilizes pressure yarn gas Cylinder 79 pushes pressure yarn transfer roller 78 straight down, enables and pressure yarn transfer roller 78 and holds yarn transfer roller 76 and closely compress fitting, it is ensured that Yarn high efficiency smooth can be transmitted under the drive of guide motor 77.Through this structure, the utility model structure Design rationally, can unreel transmission for yarn is efficient and convenient, and can process the drawing-off of yarn even, and raising yarn is led Atomization degree is stretched, the needs of production and application are met.

Above content is only illustrate to examples for clearly illustrating the present invention described in this specification.The utility model Person of ordinary skill in the field can make various modifications or additions to the described embodiments or using class As mode substitute, content without departing from the utility model specification or surmount model defined in the claims It encloses, all should belong to the protection range of the utility model.

Claims (5)

1. a kind of yarn transmits organisation of working, it is characterised in that: the yarn transmission organisation of working includes machining support, yarn releasing machine Structure, drawn yarn mechanism, draft mechanism, yarn pressing mechanism, regulating mechanism and Yarn guide mechanism, the yarn releasing mechanism, drawn yarn mechanism, drafting machine Structure, yarn pressing mechanism, regulating mechanism and Yarn guide mechanism are successively fixedly installed on machining support, yarn releasing mechanism packet in the horizontal direction Yarn releasing transfer roller, yarn reel and damping pinch roller are included, the yarn releasing transfer roller, which horizontally rotates, is connected to machining support, and yarn reel is horizontal Suit is set to yarn releasing transfer roller, tilts respectively on the machining support of yarn releasing transfer roller side upper and lower ends and is symmetrically arranged with pressure cylinder Guide groove, along inclined direction sliding is provided with pressure cylinder guide block in pressure cylinder guide groove, and damping pinch roller is rotationally connected with pressure cylinder guide block one vertically Side, is tiltedly installed with damping pressure spring between the pressure cylinder guide block and machining support, the drawn yarn mechanism includes drawn yarn conveyer belt, draws Yarn motor holds yarn cylinder and card roller mechanism, successively horizontally rotates in the horizontal direction on the machining support of yarn releasing transfer roller side It is connected with main drawn yarn transfer roller and auxiliary drawn yarn transfer roller, drawn yarn conveyer belt is horizontally placed on machining support side, drawn yarn conveyor belt two sides Winding is connected to main drawn yarn transfer roller and auxiliary drawn yarn transfer roller respectively, and main drawn yarn transfer roller side is coaxially fixedly installed drawn yarn tooth vertically It takes turns, is rotatably connected to intermittent gear compatible with drawn yarn gear, drawn yarn gear vertically on the machining support on the upside of drawn yarn gear Alternately engagement connection, drawn yarn motor level are fixedly installed on the machining support on the upside of intermittent gear, drawn yarn motor with intermittent gear It is sequentially connected between output end and intermittent gear using drawn yarn belt, is divided on the machining support of two sides below the drawn yarn conveyer belt It is not fixedly installed straight up and holds yarn cylinder, hold yarn cylinder output level and be fixedly installed and hold yarn lifter plate, hold yarn lifting Successively horizontally rotated on the upside of plate in the horizontal direction and be connected with more and hold yarn pressure roller, between the main drawn yarn transfer roller and auxiliary drawn yarn transfer roller Machining support on level be fixedly installed pressure zone fixed plate, successively horizontally rotate connection in the horizontal direction on the downside of pressure zone fixed plate There are more pressure zone transfer rollers, the auxiliary drawn yarn transfer roller side is vertically arranged with card roller mechanism, and card roller mechanism includes limit bull stick, compression bar Rotating plate, lifting push plate, reset tension spring and kelly cylinder, the auxiliary drawn yarn transfer roller side is horizontal to be coaxially fixedly installed limit turn Bar, level is fixedly installed rotating plate pedestal on the machining support on the upside of auxiliary drawn yarn transfer roller, and rotating plate pedestal two sides are symmetrically arranged with pressure Bar rotating plate, compression bar rotating plate middle part, which is hinged, is connected to rotating plate pedestal, and circular arc compatible with limit bull stick is provided on the downside of compression bar rotating plate The locking claw of shape structure, the machining support on the upside of the rotating plate pedestal are fixedly installed kelly cylinder, kelly gas straight down Cylinder output end is fixedly installed lifting push plate vertically, and both ends are symmetrically arranged with push plate inclined-plane on the downside of lifting push plate, and the lifting pushes away Plate is set between two pieces of compression bar rotating plate upper ends, and the push plate inclined-plane of lifting push plate two sides successively horizontally rotates from top to bottom to be connected with More push plate transfer rollers, the reset tension spring are horizontally placed between two pieces of compression bar rotating plates, reset tension spring both ends respectively with rotating plate bottom Seat upside compression bar rotating plate be fixedly connected, the draft mechanism include into yarn transfer roller, yarn transfer roller, drawing-off motor, upper drawing-off bar, Lower drawing-off bar, transmission steel bar and reciprocal guide plate, it is described successively to horizontally rotate connection in the horizontal direction into yarn transfer roller and yarn transfer roller It is successively rotatably connected to vertically in the horizontal direction on machining support, the machining support between yarn transfer roller and yarn transfer roller Two steel bar transfer rollers, transmission steel bar are horizontally placed on machining support side, and transmission steel bar two sides are wound respectively is connected to two steel Transfer roller, the drawing-off motor level are fixedly installed on the machining support on the downside of transmission steel bar, drawing-off motor output end and steel bar It is sequentially connected between transfer roller using drawing-off belt, the reciprocal guide plate is vertically arranged at the machining support between two steel bar transfer rollers On, level is fixedly installed traversing guide rod and lower traversing guide rod respectively on the machining support of two sides above and below transmission steel bar, back and forth Two sides are slideably positioned in traversing guide rod and lower traversing guide rod to guide plate respectively up and down, and two sides are horizontal respectively up and down for the reciprocal guide plate It being provided with ceiling molding slot and pushes bar groove, two sides are horizontally set on ceiling molding slot respectively and push in bar groove transmission steel bar up and down, Level is fixedly installed electromagnet on reciprocal guide plate on the downside of the ceiling molding slot, pushes water on the reciprocal guide plate on the upside of bar groove Flat to be fixedly installed lower electromagnet, the upper drawing-off bar and lower drawing-off bar are successively horizontally placed on from top to bottom on the upside of reciprocal guide plate Machining support, middle side part is fixedly connected with reciprocal guide plate upper end under lower drawing-off bar, the lower drawing-off bar two sides and machining support Between be respectively arranged with lower reciprocal sleeve, lower drawing-off bar two sides are slideably positioned in lower reciprocal sleeve, lower drawing-off bar in the horizontal direction Upper horizontal is fixedly installed lower reciprocating rack, is respectively arranged with reciprocal set between the upper drawing-off bar two sides and machining support Cylinder, upper drawing-off bar two sides are slideably positioned in reciprocal sleeve in the horizontal direction, and upper drawing-off bar lower horizontal is fixedly installed past Double tooth item is rotatably connected to draft gear, draft gear on the machining support between the upper drawing-off bar and lower drawing-off bar vertically Connection is engaged in upper and lower two sides with upper reciprocating rack and lower reciprocating rack respectively, and the upper drawing-off bar both ends horizontally rotate connection respectively There is upper draw roll, lower drawing-off bar both ends horizontally rotate respectively is connected with lower draw roll, and the yarn pressing mechanism includes pressure yarn turntable, pressure Yarn motor, pressure yarn connecting plate, lifting guide pillar, lifting pressing plate and fixed board, pressure yarn turntable are rotationally connected with yarn transfer roller one vertically The machining support of upper side, pressure yarn motor level are fixedly installed on the upside of machining support, pressure yarn motor output end and pressure yarn turntable Between using pressure yarn belt transmission connection, it is described pressure yarn turntable on the downside of machining support on be fixedly installed jacking sleeve vertically, Lifting guide pillar is slideably positioned in jacking sleeve along the vertical direction, the pressure yarn connecting plate be set to lifting guide pillar and pressure yarn turntable it Between, pressure yarn connecting plate lower end, which is hinged, is connected to lifting guide pillar upper end, is provided with the rotation parallel with pressure yarn connecting plate on the upside of pressure yarn connecting plate and leads Slot, pressure yarn turntable side outer end level are fixedly installed pressure yarn pull rod, and pressure yarn pull rod is mutually perpendicular to pressure yarn turntable, press yarn Pull rod is slideably positioned in rotation guide slot, and the lifting pressing plate level is fixedly installed on lifting guide pillar lower end, and fixed board level is set It is placed on the machining support on the downside of lifting pressing plate, horizontal symmetrical is provided with pressure respectively on the machining support of the lifting pressing plate two sides Plate cylinder, pressing plate cylinder output level are fixedly installed translation push plate, are tiltedly installed with pressing plate inclined-plane, institute on the downside of translation push plate It states regulating mechanism to include adjusting bracket, rotating bracket and adjust cylinder, the adjusting bracket level is fixedly installed on yarn pressing mechanism The machining support of side successively horizontally rotates in adjusting bracket in the horizontal direction and is connected with more guide transfer rollers, the rotation branch Frame is obliquely installed on the upside of adjusting bracket, and rotating bracket one end, which is hinged, to be connected on the upside of adjusting bracket one end, and edge is inclined in rotating bracket Tilted direction, which successively horizontally rotates, is connected with more adjusting transfer rollers, and the adjusting cylinder is set to rotating bracket and processing diagonally downward It between bracket, adjusts cylinder tail end and is hinged in machining support, adjust cylinder output hinge and be connected to rotating bracket upper end, it is described Yarn guide mechanism includes holding yarn transfer roller, guide motor, pressure yarn transfer roller and pressure yarn cylinder, it is described hold yarn transfer roller and horizontally rotate be connected to tune Save the machining support of mechanism side, guide motor level is fixedly installed on the machining support for holding yarn transfer roller side, guide motor with It holds and is sequentially connected between yarn transfer roller using guide belt, is fixedly installed straight down on the machining support held on the upside of yarn transfer roller There is pressure yarn cylinder, pressure yarn cylinder output level is fixedly installed pressing roller holder, and pressure yarn transfer roller, which horizontally rotates, is connected to pressure roller branch Frame, pressure yarn transfer roller, which is horizontally placed on, to be held on the upside of yarn transfer roller.

2. a kind of yarn according to claim 1 transmits organisation of working, it is characterised in that: the lock on the downside of the compression bar rotating plate Only anti-slip rubber layer is provided on the inside of claw.

3. a kind of yarn according to claim 1 transmits organisation of working, it is characterised in that: under on the downside of the transmission steel bar Limit switches are arranged in horizontal sliding respectively at traversing guide rod both ends, and translation locking is provided between limit switch and lower traversing guide rod Bolt.

4. a kind of yarn according to claim 1 transmits organisation of working, it is characterised in that: two sides above the lifting pressing plate Horizontally rotate respectively and is connected with platen roller.

5. a kind of yarn according to claim 1 transmits organisation of working, it is characterised in that: more of the adjusting bracket lead The more interlaced settings of adjusting transfer roller of yarn transfer roller and rotating bracket.