CN206476544U - A kind of slitter edge winds unit - Google Patents

Abstract

Unit is wound the utility model discloses a kind of slitter edge, it is intended to solve a kind of low problem of slitter edge winding unit winding stability；Its drip irrigation device is a kind of slitter edge winding unit, including support, it is rotationally connected with the first wind-up roll of support and the second wind-up roll above the first wind-up roll, it is provided with the support for the adjustment structure of the second wind-up roll height of regulation and for driving the first wind-up roll and the counter-rotational driving structure of the second wind-up roll, the guide roller for being oriented to slitter edge is provided with the support above second wind-up roll, described guide roller one end is articulated with support, the other end is provided with fixed structure, and is flexibly connected by fixed structure with support.A kind of slitter edge winding unit winding stability of the utility model is high.

Description

A kind of slitter edge winds unit

Technical field

The utility model is related to the process equipment field of non-woven fabrics, more particularly to a kind of slitter edge winding unit.

Background technology

In the process of non-woven fabrics, the width of usual non-woven fabrics is needed with certain numerical value, but is due to The non-woven fabrics produced during non-woven fabrics is processed is difficult to obtain a smooth border, so generally will can all produce The width of non-woven fabrics out is slightly wider than desired width, trimming is then carried out on the basis of this width, so as to obtain one Individual smooth border, because the slitter edge cut is in order at free state, so it is generally necessary to being received by certain structure Volume.

At present, Publication No. CN203754931U Chinese patent discloses a kind of guide device of scrap edge structure of loom, It includes waste selvage scissors support, in addition to guide hook support, twizzle, Holder for scissors axle, and one end of Holder for scissors axle is connected to On waste selvage scissors support, the upper end of guide hook support is also connected with Holder for scissors axle, and guide hook support and waste selvage scissors support Between between be separated with distance, one end of twizzle is against guide hook support and through twizzle locating shaft, and slitter edge tissue, which is wrapped in, leads On yarn hook, spooler is finally entered, i.e., slitter edge is oriented to by twizzle, and slitter edge is entered in spooler Batched, when the slitter edge produced on different machines is batched by spooler, because different slitter edges is with leading Angle between yarn hook is different, or even can produce larger deflection, is so easy for so that slitter edge is skidded off from twizzle, so It is accomplished by carrying out the traction to slitter edge and guiding again, the stability of winding is low.

It is, therefore, desirable to provide a kind of new scheme solves the above problems.

Utility model content

The purpose of this utility model is to provide a kind of slitter edge winding unit, is hinged by guide roller with support, so that The direction that the direction of guide roller can originate with slitter edge is different and changes, so that the positional stability of slitter edge is higher, and Be not in the situation that slitter edge is fallen off from guide roller, processing stability is high.

Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of slitter edge winder Group, including support, are rotationally connected with the first wind-up roll of support and the second wind-up roll above the first wind-up roll, described The adjustment structure for adjusting the second wind-up roll height is provided with support and for driving the first wind-up roll and the second winding The counter-rotational driving structure of roller, is provided with the support above second wind-up roll for being oriented to slitter edge Guide roller, described guide roller one end is articulated with support, and the other end is provided with fixed structure, and passes through fixed structure and support activity Connection.

By above-mentioned technical proposal, when being wound to slitter edge, first by driving structure by the second wind-up roll Height heighten, and cause occur gap between the second wind-up roll and the first wind-up roll, then pass through traction so that slitter edge is bypassed After in guide roller, passed between the second wind-up roll and the first wind-up roll, the second wind-up roll of driving is downward and is wound with first Roller clamps slitter edge, and driving structure drives the first wind-up roll and the second wind-up roll to rotate backward, thus by the first wind-up roll and Second wind-up roll produces frictional force in the same direction to slitter edge and acted on, and the effect of a traction is produced to slitter edge；In this process Slitter edge is after the guide effect by guide roller through the first wind-up roll and the second wind-up roll, due to guide roller and Position between one wind-up roll and the second wind-up roll is relatively-stationary, so just can serve one to slitter edge by guide roller Individual preliminary positioning, and prevent slitter edge to be wound into stent side portion so that the work that slitter edge is collected can be carried out normally；And work as When there is different angles between the source of slitter edge and support and the first wind-up roll and the second wind-up roll, fixed knot is opened Structure, and cause one end of guide roller to be in free state, then rotate, until the angle of guide roller can be preferably just to slitter edge When, the position of guide roller is fixed by fixed structure, now the direction between guide roller and slitter edge more connects It is near vertical, so when slitter edge is pulled active force, by force resolution principle, sent out between slitter edge and guide roller The raw relative active force slided is just smaller, i.e., relative position stability one higher can be kept between slitter edge and guide roller, Such slitter edge is just difficult to fall off from guide roller, and what guide effect of such guide roller to slitter edge can just continue normally enters OK, the stability that slitter edge is collected is high.

The utility model is further arranged to, and the fixed structure includes what is be flexibly connected through guide roller and with guide roller Several positioning holes being engaged with locating rod are offered on locating rod, the support.

By above-mentioned technical proposal, locating rod is extracted out from positioning hole, such guide roller is exactly direct contradicts in support On, i.e., in the horizontal direction not by drag effect, guide roller now just can be directly rotated on support, and to being oriented to The angle of roller is adjusted, and after regulation is arrived properly, locating rod is penetrated at positioning hole corresponding with locating rod, so positioning Bar one end is located in guide roller, and the other end is located in support, and so just the position of guide roller is fixed by locating rod, It is simple and convenient.

The utility model is further arranged to, and the guide roller is provided with multiple, and multiple guide rollers are in vertical direction Upper is in shift to install.

By above-mentioned technical proposal, when multiple machines carry out slitter edge collection simultaneously, pass through different guide roller energy It is enough that the slitter edge of these different angles is oriented to simultaneously, so that the scope of winding is wider；Simultaneously because the height of guide roller Degree be it is different, it is practical this makes it possible to which conflict each other occurs when the angular adjustment for preventing guide roller.

The utility model is further arranged to, and the drag reduction cylinder being provided with for supporting slitter edge is rotated on the guide roller.

By above-mentioned technical proposal, when slitter edge is when by guide roller, it there occurs when between guide roller relative It is mobile, now because turning set is provided with drag reduction cylinder on a guide, so slitter edge is to be contacted by drag reduction cylinder with guide roller , and when slitter edge is moved, passing through the drag effect between slitter edge and drag reduction cylinder so that drag reduction cylinder rotates, and subtracts Hindering after cylinder is rotated causes slitter edge to pass through, during this slitter edge moves past guide roller, and the drag effect that slitter edge is subject to is to drive The active force that dynamic drag reduction cylinder is rotated, rather than occur the relative active force slided between guide roller, so allowing for giving up While the drag effect being subject to is smaller, that is, the burden of the first wind-up roll and the second wind-up roll is reduced, while also prevent guide roller The drag effect for being applied to slitter edge it is excessive and so that slitter edge departs from the first wind-up roll and the second wind-up roll, wind stability It is high.

The utility model is further arranged to, and the locating rod and guide roller are detachably connectable, close to the positioning hole Drag reduction cylinder end, which is offered, detachably connectable in the first connecting hole, first connecting hole has regulating part, described regulating part one end Be threadedly coupled with the first connecting hole, the other end offers the second connecting hole, second connecting hole and the first connecting hole with tune Save part matching ends.

By above-mentioned technical proposal, when guide roller is being rotated, the distance between guide roller and support are also therewith Change, be not have on the guide roller at the position at guide roller two ends so in order to prevent drag reduction cylinder to be applied on support Drag reduction cylinder is covered, but after guide roller is tilted, this part can be also oriented to slitter edge, now first by locating rod Removed from guide roller, then to putting regulating part on guide roller, and to be threadedly coupled between regulating part and drag reduction cylinder, so The total length of guide roller is just increased by regulating part, and the regulating part being threadedly connected on drag reduction cylinder also can be with drag reduction Cylinder is rotated, so as to reduce the drag effect that slitter edge is subject to, is acted on this makes it possible to the slitter edge to bigger scope, real It is strong with property, while can be just applicable in different situations by changing the number of regulating part, it is applied widely.

The utility model is further arranged to, and the driving structure includes the driving cylinder positioned at support both sides, the driving Cylinder end portion is provided with drive block, and the two ends of the second wind-up roll, which both pass through drive block and rotated with drive block, to be connected.

By above-mentioned technical proposal, driving cylinder activity, and be pointed to the height of the drive block of driving cylinder end and be adjusted, Simultaneously because the second wind-up roll is through drive block, the height realized to the second wind-up roll also can be just crossed thus by drive block Degree, and the distance between second wind-up roll to the first wind-up roll is adjusted, it is simple and convenient.

The utility model is further arranged to, and the driving structure includes motor, is connected to motor end Drive gear and the tooth sector for being rotationally connected with support, the first winding roll end are provided with the first driven gear, the Two winding roll ends are provided with the drive chain that ring-type is provided with the second driven gear, the drive gear, and sliding tooth Wheel, the second driven gear and tooth sector be respectively positioned among the cyclic structure of drive chain and engaged with drive chain, and described the One driven gear is located on the outside of drive chain and engaged with drive chain.

By above-mentioned technical proposal, motor rotates and drives chain to rotate by the drive gear on motor, Tooth sector, the first driven gear and the second driven gear being meshed simultaneously with drive chain are all acted in the band of drive chain Rotated under, wherein because the first driven gear and the second driven gear are distributed across the both sides of drive chain, so The rotation direction of first driven gear and the second driven gear is exactly opposite, and in the first driven gear and the second driven tooth I.e. cause that the rotation direction of the first wind-up roll and the second wind-up roll is opposite under the induced effect of wheel, this makes it possible in the same direction Slitter edge is driven；Because the second driven gear is engaged in drive chain, so works as and pass through adjustment structure by second When the height of wind-up roll is heightened, the second driven gear can just drive the second wind-up roll and regulating block rotate and with drive Occurs relative activity between dynamic chain, height that so just can be normally to the second wind-up roll is adjusted.

The utility model is further arranged to, and the driving structure includes motor, is connected to motor end Drive gear and the drive chain annularly set on drive gear, it is described first winding roll end be provided with first from Moving gear and the 3rd driven gear, the second winding roll end are provided with the second driven gear engaged with the first driven gear, institute The 3rd driven gear is stated among the cyclic structure of drive chain and is meshed with drive chain.

By above-mentioned technical proposal, when motor drives drive chain rotation by drive gear, drive chain The 3rd driven gear is driven to rotate, simultaneously because the 3rd driven gear and the first driven gear are all on connection and the first wind-up roll , can just drive the first wind-up roll and the first driven gear to rotate thus by the 3rd driven gear, simultaneously because first from Moving gear and the second driven gear are engagements, and the second driven gear can be just driven thus by the first driven gear with the The progress of one driven gear in the opposite direction is rotated, and so allows for the first wind-up roll and the second wind-up roll can be in a reverse direction Rotate；Simultaneously as mutual effect does not occur between drive chain for the second driven gear, so being adjusted by adjustment structure It is practical when saving the height of the second wind-up roll, it becomes possible to mutual effect does not occur between drive chain.

The utility model is further arranged to, and anti-rolling cover is provided with the motor, and the anti-rolling cover is located at driving Between motor and the first wind-up roll.

By above-mentioned technical proposal, when slitter edge is wound from stent side portion towards support, due to drive chain It is the state for being continuously in rotation, is so easy for and is sent out between the slitter edge between the first wind-up roll and the second wind-up roll Raw mutual effect, when now due to setting anti-rolling cover between motor and the first wind-up roll, it becomes possible to slitter edge The effect of a stop is produced, and prevents slitter edge from acting in motor either drive chain, the safety of processing is improved Property；Simultaneously because the first wind-up roll is positioned at the lower section of the second wind-up roll, such anti-rolling cover is also to be located at the second winding simultaneously Between roller and motor, security is more fully.

The utility model is further arranged to, offered on first wind-up roll and the second wind-up roll for increase with The increasing resistance groove that frictional force is acted between slitter edge.

Pass through above-mentioned technical proposal, when slitter edge is oriented to by the first wind-up roll and the second wind-up roll, first Wind-up roll and the second wind-up roll are that an effect being oriented to is produced to slitter edge by producing mutual frictional force between slitter edge , the drag effect that slitter edge is subject to can be just improved thus by increasing resistance groove is opened on the first wind-up roll and the second wind-up roll, from And prevent slitter edge to be fallen off between the first wind-up roll and the second wind-up roll, the stability of winding is improved, simultaneously because The size for the friction force that slitter edge is subject to is also by the first wind-up roll and the shadow of the size of the squeezing action power of the second wind-up roll Ring, when the squeezing action power of the first wind-up roll and the second wind-up roll is bigger, the stability of slitter edge is higher, so by increasing Resistance groove increases coefficient of friction between slitter edge and the first wind-up roll and the second wind-up roll, also can increasing friction force size, such as This enable to the active force that is mutually extruded between the first wind-up roll and the second wind-up roll even if it is smaller also can be sufficiently to useless Side is oriented to, and this makes it possible to play certain protective effect to the first wind-up roll and the second wind-up roll.

In summary, the utility model has the advantages that：

One：One end of guide roller is hinged, and the other end is flexibly connected by fixed structure with support, is so allowed for The slitter edge of different directions is normally oriented to, and prevents slitter edge from being fallen off from guide roller, the stability that slitter edge is collected It is high；

Secondly：Enable to the collection of slitter edge more simple by drag reduction cylinder, stable progress, while passing through regulating part energy It is enough to act on the guide roller of different angles, it is applied widely；

Thirdly：It can prevent slitter edge from being wound with motor and drive chain by anti-rolling cover, improve processing Security；

It four：Increase resistance groove and not only enable the collection process more stable progress of slitter edge, while can also subtract Interaction force between small first wind-up roll and the second wind-up roll, protection is served to the first wind-up roll and the second wind-up roll Effect.

Brief description of the drawings

Fig. 1 is the structural representation of embodiment, the overall structure of main performance winding unit；

Fig. 2 is the structural representation of guide roller and drag reduction cylinder in embodiment；

Fig. 3 is the sectional view of embodiment one, the structure of driving structure in main performance embodiment one；

Fig. 4 is the sectional view of embodiment two, the structure of driving structure in main performance embodiment two.

In figure, 1, support；2nd, the first wind-up roll；3rd, the second wind-up roll；4th, guide roller；5th, locating rod；6th, positioning hole；7th, subtract Hinder cylinder；8th, the first connecting hole；9th, regulating part；10th, the second connecting hole；11st, driving cylinder；12nd, drive block；13rd, motor；14、 Drive gear；15th, tooth sector；16th, the first driven gear；17th, the second driven gear；18th, drive chain；19th, the 3rd is driven Gear；20th, anti-rolling cover；21st, anti-sticking body.

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

Embodiment one：A kind of slitter edge winds unit, as shown in figure 1, including the support 1 being fixedly connected on wall, wherein The first wind-up roll 2 and the second wind-up roll 3 are rotatably connected between the both sides of support 1, and the position of the first wind-up roll 2 is fixed , while the second wind-up roll 3 is to be movably connected on support 1 by adjustment structure, wherein adjustment structure includes two driving cylinders 11, wherein driving cylinder 11 is common cylinder, and the bottom of driving cylinder 11 is connected with drive block 12, and the two ends of the second wind-up roll 3 are worn Overdrive block 12 is simultaneously connected with the rotation of drive block 12, while the both sides of drive block 12 all receive the spacing of support 1, so driving Block 12 just can only in the vertical direction carry out activity；Meanwhile, it is also associated with being used to drive the first wind-up roll 2 and second on support 1 Wind-up roll 3 includes motor 13 with the driving structure of opposite directions, wherein driving structure, is connected to the end of motor 13 The drive gear 14 in portion and the tooth sector 15 being rotatably connected on support 1, as shown in figure 3, in the weldering of the end of the first wind-up roll 2 The first driven gear 16 is connected to, the end of the second wind-up roll 3 is welded with the second driven gear 17, in drive gear 14 and tooth sector Drive chain 18 is socketed with 15, while drive gear 14, the driven gear 17 of tooth sector 15 and second are all and drive chain What 18 inwall was meshed, and the first driven gear 16 is engaged with the outer wall of drive chain 18.

The guide roller 4 for being oriented to slitter edge is connected with the support 1 of the top of the second wind-up roll 3, wherein leading To the one end of roller 4 by bolted splice on support 1, the other end is flexibly connected by fixed structure with support 1, wherein fixed structure The locating rod 5 of guide roller 4 is passed through including activity, and locating rod 5 can be separated with guide roller 4, while also in circle on support 1 Multiple positioning holes 6 being engaged with locating rod 5 are distributed with arc, and drag reduction cylinder 7, and drag reduction are rotatably connected on guide roller 4 Cylinder 7 is offered in the first connecting hole 8, the first connecting hole 8 close to one end of positioning hole 6 is threaded with regulating part 9, and adjusts The outer diameter of part 9 is consistent with the outer diameter of drag reduction cylinder 7, while the other end of regulating part 9 is offered and the first connecting hole 8 The second consistent connecting hole 10, as shown in Fig. 2 can so adjust the regulation being connected with drag reduction cylinder 7 by the second connecting hole 10 The number of part 9；Guide roller 4 is provided with two on support 1 simultaneously, and two are located at different height.

A plurality of inclined increase is provided with the first wind-up roll 2 and the second wind-up roll 3 and hinders groove, while in the first wind-up roll 2 And second be welded with anti-rolling cover 20 between wind-up roll 3 and motor 13, can just it prevent slitter edge from rolling up thus by anti-rolling cover 20 Around entering in motor 13, anti-sticking body 21, the direction of anti-sticking body 21 are welded with the support 1 below the first wind-up roll 2 It is consistent with the direction of the first wind-up roll 2, and be 1 centimetre with the distance between the first wind-up roll 2.

When being wound to slitter edge, the height of drive block 12 is lifted by driving cylinder 11 first, simultaneously The height of second wind-up roll 3 is improved by drive block 12, and gap occurs between the first wind-up roll 2, then to slitter edge end Portion is drawn, and bypasses guide roller 4 afterwards by slitter edge through the first wind-up roll 2 and the second wind-up roll 3, then driving downwards Second wind-up roll 3, is clamped slitter edge end by the first wind-up roll 2 and the second wind-up roll 3, starts motor 13, driving electricity Machine 13 drives the first driven gear 16, the second driven gear 17 and tooth sector 15 to rotate simultaneously by drive gear 14, wherein Because the first driven gear 16 and the second driven gear 17 are distributed across the both sides of drive chain 18, such first wind-up roll 2 Rotation direction with the second wind-up roll 3 is exactly opposite, and the active force of equidirectional is applied with to slitter edge end, thus can It is enough that slitter edge is drawn, and enable slitter edge is normal to be fallen below the first wind-up roll 2, the convenient collection collection to slitter edge In.

It is to be oriented to by guide roller 4 first, so can be relatively stable with one during slitter edge is carried out Angle be wound up between the first wind-up roll 2 and the second wind-up roll 3, so just can to slitter edge carry out a stable angle enter Row winding, the effect of winding is good；Moreover, due to being rotatably connected to drag reduction cylinder 7 on guide roller 4, such slitter edge is by subtracting When hindering cylinder 7 by guide roller 4, the interaction force between guide roller 4 has been reduced by so that the progress of slitter edge can be steady Fixed progress；Increasing resistance groove is provided with the first wind-up roll 2 and the second wind-up roll 3 simultaneously, slitter edge is allowed for thus by resistance groove is increased Can be bigger by the active force of the first wind-up roll 2 and the second wind-up roll 3, and be not easy to fall off, the stability of winding is more It is high.

When the slitter edge to different angles is wound, locating rod 5 is taken out from positioning hole 6 first, Ran Houzhuan Action-oriented roller 4, and cause guide roller 4 direction with slitter edge source direction close to vertical, then by locating rod 5 also cross guiding Roller 4 and positioning hole 6, complete regulation to guide roller 4, wherein because the direction of slitter edge with the direction of guide roller 4 is close to vertical , such slitter edge is when active force is pulled, and the effect trend of the relative slip produced between slitter edge and guide roller 4 is just Very little, so can just keep the lasting guide effect by guide roller 4 of slitter edge, so just can by rotating guide roller 4 The slitter edge of more different angles is wound, it is applied widely；Moreover, after the angulation change of guide roller 4, it is located at The length of guide roller 4 between support 1 is also just changed therewith, now can remove locating rod 5 from guide roller 4, Then to drag reduction cylinder 7 on connect several regulating parts 9, by regulating part 9 just can from side to drag reduction cylinder 7 length adjust Section, and slitter edge is supported simultaneously by drag reduction cylinder 7 and regulating part 9 so that the resistance reduction to slitter edge is better.

Because slitter edge is, with certain deformation behavior, will so to be shaken during slitter edge is moved, wherein Due to being welded with anti-rolling cover 20 between the wind-up roll 2 of motor 13 and first, it so can just prevent from giving up by anti-rolling cover 20 While being wound into motor 13 or drive chain 18, the security of processing is improved；Simultaneously because some slitter edges, than Such as the slitter edge of non-woven fabrics, due to being also stained with certain resin on slitter edge, it is a bit sticky so that slitter edge has, now Due to being welded with anti-sticking body 21 below the first wind-up roll 2, the slitter edge so adhered on the first wind-up roll 2 just can be by anti- Glue the barrier effect of body 21 and separated with the first wind-up roll 2 so that the first wind-up roll 2 can normally be wound.

When the second wind-up roll 3 are moved up, the second wind-up roll 3 drives the second activity upwards of driven gear 17, and Second driven gear 17 rotates in the presence of drive chain 18, simultaneously because the second wind-up roll 3 is to be rotationally connected with drive Motion block 12, such drive block 12 does not just influence the normal rotation of the second wind-up roll 3, and can be movable upwards, and due to driving The both sides of motion block 12 are contradicted on support 1, and the positional stability of such drive block 12 is just guaranteed, while also protecting , the winding stability height relative with the first wind-up roll 2 that the second wind-up roll 3 can be stablized is demonstrate,proved；And it is same by two guide rollers 4 When be oriented to slitter edge, two machines can be acted on simultaneously, it is practical.

Embodiment two：A kind of slitter edge winds unit, is with the difference of embodiment one, as shown in figure 4, adjustment structure Including motor 13, drive gear 14 and the drive chain 18 for being surrounded on drive gear 14 positioned at the end of motor 13, The first driven gear 16 and the 3rd driven gear 19, and the first driven gear 16 are welded with the first wind-up roll 2 simultaneously Between the 3rd driven gear 19 and the first wind-up roll 2, the second driven gear 17, and are welded with the second wind-up roll 3 Two driven gears 17 and the first driven gear 16 are to engaging；When being drawn to slitter edge, motor 13 passes through first Drive gear 14 drives drive chain 18 to rotate, and then drives the first wind-up roll 2 to rotate by drive chain 18, the first wind-up roll The first driven gear 16 on 2 drives the second driven gear 17 to rotate, and due to the first driven gear 16 and the second driven tooth Wheel 17 is external toothing, and the rotation direction of such wind-up roll 3 of first wind-up roll 2 and second is exactly opposite, and can be to slitter edge Normally drawn；Moreover, when the height to the second wind-up roll 3 is adjusted, due to the 3rd driven gear The distance of 19 to the first driven gears 16 and the second driven gear 17 to support 1 is remote, and such second driven gear 17 is rising Or all without being applied in drive chain 18 when decline, it is practical.

Embodiment three：A kind of slitter edge winds unit, is with the difference of embodiment one, the driving of motor 13 first Wind-up roll 2 is rotated, while the second wind-up roll 3 is contradicted on the first wind-up roll 2, so when the first wind-up roll 2 is rotated Wait, by stiction effect therebetween the second wind-up roll 3 can be driven to be rotated in a reverse direction simultaneously, so that The input of structure is reduced, while decreasing cost.

This specific embodiment is only to explain of the present utility model, and it is not to limitation of the present utility model, ability Field technique personnel can make the modification without creative contribution to the present embodiment as needed after this specification is read, but As long as all being protected in right of the present utility model by Patent Law.

Claims (10)

1. a kind of slitter edge winds unit, it is characterised in that：Including support (1), the first wind-up roll of support (1) is rotationally connected with (2) it is provided with and is received for adjusting second on the second wind-up roll (3) and above the first wind-up roll (2), the support (1) The adjustment structure of winding up roller (3) height and for drive the first wind-up roll (2) and the second wind-up roll (3) it is counter-rotational driving tie Structure, is provided with the guide roller (4) for being oriented to slitter edge, institute on the support (1) above second wind-up roll (3) State guide roller (4) one end and be articulated with support (1), the other end is provided with fixed structure, and passes through fixed structure and support (1) activity Connection.

2. a kind of slitter edge winding unit according to claim 1, it is characterised in that：The fixed structure is included through guiding Several and locating rod (5) phase are offered on roller (4) and the locating rod (5) being flexibly connected with guide roller (4), the support (1) The positioning hole (6) of cooperation.

3. a kind of slitter edge winding unit according to claim 2, it is characterised in that：The guide roller (4) be provided with it is multiple, And multiple guide roller (4) in the vertical directions are in shift to install.

4. a kind of slitter edge winding unit according to Claims 2 or 3, it is characterised in that：Rotate and set on the guide roller (4) It is equipped with the drag reduction cylinder (7) for supporting slitter edge.

5. a kind of slitter edge winding unit according to claim 4, it is characterised in that：The locating rod (5) and guide roller (4) Detachably connectable, drag reduction cylinder (7) end close to the positioning hole (6) offers the first connecting hole (8), first connecting hole (8) detachably connectable in have regulating part (9), described regulating part (9) one end is threadedly coupled with the first connecting hole (8), and the other end is opened Provided with the second connecting hole (10), second connecting hole (10) and the first connecting hole (8) with regulating part (9) matching ends.

6. a kind of slitter edge winding unit according to claim 2, it is characterised in that：The driving structure includes being located at support (1) driving cylinder (11) of both sides, driving cylinder (11) end is provided with drive block (12), and the two ends of the second wind-up roll (3) are equal Rotate through drive block (12) and with drive block (12) and be connected.

7. a kind of slitter edge winding unit according to claim 6, it is characterised in that：The driving structure includes motor (13) drive gear (14) for, being connected to motor (13) end and the tooth sector (15) for being rotationally connected with support (1), First wind-up roll (2) end is provided with the first driven gear (16), and the second wind-up roll (3) end is provided with the second driven tooth Take turns (17), the drive chain (18) of ring-type, and drive gear (14), the second driven tooth are provided with the drive gear (14) Wheel (17) and tooth sector (15) are respectively positioned among the cyclic structure of drive chain (18) and engaged with drive chain (18), described First driven gear (16) is located on the outside of drive chain (18) and engaged with drive chain (18).

8. a kind of slitter edge winding unit according to claim 6, it is characterised in that：The driving structure includes motor (13) drive for, being connected to the drive gear (14) of motor (13) end and annularly being set on drive gear (14) Dynamic chain (18), the first wind-up roll (2) end is provided with the first driven gear (16) and the 3rd driven gear (19), second Wind-up roll (3) end is provided with the second driven gear (17) engaged with the first driven gear (16), the 3rd driven gear (19) it is located among the cyclic structure of drive chain (18) and is meshed with drive chain (18).

9. a kind of slitter edge winding unit according to claim 7 or 8, it is characterised in that：Set on the motor (13) Anti-rolling cover (20) is equipped with, the anti-rolling cover (20) is located between motor (13) and the first wind-up roll (2).

10. a kind of slitter edge winding unit according to claim 1, it is characterised in that：First wind-up roll (2) and second The increasing acted on for frictional force between increase and slitter edge is offered on wind-up roll (3) and hinders groove.