CN206447397U - Auto reeling head - Google Patents

Abstract

The utility model discloses a kind of auto reeling head, its drip irrigation device is：Including frame, it is arranged at wire inlet mechanism and rolling-up mechanism in frame, rolling-up mechanism includes the wind-up roll one that hollow form is set, it is arranged in frame and the first motor being connected with wind-up roll one and the spool being socketed on wind-up roll one, the circumferential surface of wind-up roll one is provided with some through holes, the sealing block being slidably connected with through hole is provided with through hole, the external peripheral surface that wind-up roll one is protruded from one end of sealing block is set, the inner circumferential surface of the other end and wind-up roll one is inconsistent, wind-up roll one is connected with for the aerator to the inside aerating of wind-up roll one, and return component is provided between sealing block and through hole；Realize that sealing block is contradicted with the spool that is socketed on wind-up roll one be connected, reach spool clamping and the effect on wind-up roll one, so improve yarn back and forth uniform winding on spool, the effect of raising coil winding quality.

Description

Auto reeling head

Technical field

The utility model is related to textile machine apparatus field, more specifically, it relates to a kind of auto reeling head.

Background technology

Increase with society to chemical-fibres filaments demand, the energy, time, the cost of workman are improved, and precursor connects tail processing Mode has turned into post-processing increases one of important means of production capacity；Traditional tailfiber repiece needs to cut the precursor after full volume, And precursor is sucked into suction gun, winding head shut down, remove spinning cake, load onto sky paper tube, turn back on acceleration, precursor cut into tail again Silk groove.

Publication No. CN201592927U Chinese patent discloses a kind of high speed winding head, includes the drive of chuck and chuck Dynamic device, drive device includes worm-gear speed reducer and motor, and the input shaft of worm-gear speed reducer is defeated with the motor Shaft is connected, and the output shaft of worm-gear speed reducer is connected with the chuck.

By the auto-lock function of worm-gear speed reducer, the auto-lock function of worm-gear speed reducer when loading moment changes Torque is born, influence is not produced on motor, what motor can be accomplished is exactly chuck is at the uniform velocity rotated when full load is changed, Make whole rotating mechanism just steady stopping；By the way that empty paper tube is socketed on the output shaft in rotary state, yarn is realized Winding, but empty paper tube is when being socketed on the output shaft of high-speed rotation, sky paper tube is on output shaft and dallies, so as to drop Low yarn winding quality.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of raising coil winding quality Auto reeling head.

To achieve the above object, the utility model provides following technical scheme：

A kind of auto reeling head, including frame, the wire inlet mechanism and rolling-up mechanism that are arranged in frame, the winder Structure includes the hollow form wind-up roll one set, the first motor for being arranged in frame and being connected with wind-up roll one and is socketed on receipts Spool on winding up roller one, some through holes are provided with the circumferential surface of the wind-up roll one, be provided with the through hole with The sealing block that through hole is slidably connected, the external peripheral surface that one end of the sealing block protrudes from wind-up roll one is set, the other end with The inner circumferential surface of wind-up roll one is inconsistent, and the wind-up roll one is connected with for the aerating dress to the inside aerating of wind-up roll one Put, and be provided between the sealing block and through hole return component.

It is arranged such, spool is socketed on wind-up roll one, sealing block is in through hole by the active force of aerator It is upper to slide, sealing block is slided towards the outer end of wind-up roll one, the spool realized sealing block and be socketed on wind-up roll one contradicts company Connect, spool clamping and the effect on wind-up roll one are reached, while realizing the effect of the interior sealing of wind-up roll one；By being arranged at machine The first motor driving wind-up roll one on frame is rotated, and the wind-up roll one for making the wire inlet mechanism in frame be in rolling-up mechanism is enterprising Row winding；When the spool on wind-up roll one needs, aerating, the effect that sealing block passes through return component are interrupted in aerator Power, makes sealing block be on through hole and is slided away from spool direction, sealing block is departed from spool, reach the effect of dismounting.

Further set：The return component includes the limited block that is connected with sealing block and two ends be respectively fixedly connected with The return spring of limited block, wind-up roll one, the limited block passes through the active force of aerator and the inner circle of the wind-up roll one Perisporium contradicts connection.

It is arranged such, limited block is connected in accommodating chamber by the active force of air bag in aerator, makes sealing block court The outer end of wind-up roll one is slided, while return spring compresses, the spool realized sealing block and be socketed on wind-up roll one contradicts company Connect, spool clamping and the effect on wind-up roll one are reached, while realizing the effect of the interior sealing of wind-up roll one；When on wind-up roll one Spool need, aerating is interrupted in aerator, sealing block makes sealing block be on through hole by the active force of return spring Slided away from spool direction, sealing block is departed from spool, reach the effect of dismounting.

Further set：Be provided with accommodating chamber on the inner circumferential surface of the wind-up roll one, the limited block with it is described Accommodating chamber is slidably connected.

It is arranged such, makes limited block when inconsistent with spool, limited block is completely in accommodating chamber, while by through hole Sealing, improves sealing property of the limited block to through hole.

Further set：The aerator includes the air bag that is arranged in wind-up roll one and is connected with air bag Air pump, the air bag is contradicted with the sealing block and is connected, and the air pump is connected with one end of the wind-up roll one, and in air pump On be provided with gas bleeder valve.

Be arranged such, by air pump to air bag aerating, make it is inconsistent with sealing block after air bag aerating, at sealing block Slided in through hole and towards spool direction, and it is inconsistent with sealing block, spool is clamped on the outer surface of wind-up roll one Effect；But screen after winding, discharged the gas in air bag on spool by gas bleeder valve, depart from sealing block and fill The effect of airbag, return component promotes sealing block to be in through hole away from the slip of spool direction, between sealing block and spool Active force disappear, reach by spool dismantle on wind-up roll one group use.

Further set：Rotated in the frame and be provided with rotation dish, first motor is fixedly connected with rotation dish, The wind-up roll two being arranged in parallel with wind-up roll one is provided with the rotation dish, and the wind-up roll two is by being fixedly installed on The second motor in rotation dish is connected with turn disc, the rotation dish by the drive component that is arranged in frame with it is described Gantry rotation is connected.

It is arranged such, after the reel for yarn on a wherein wind-up roll is wound, rotation dish is driven by drive component, made another Wind-up roll carries out the winding of yarn, is wound corresponding motor driving wind-up roll, improves the operating efficiency of yarn winding.

Further set：The drive component include be arranged on rotation dish outer ring gear one, be arranged in frame Rotary electric machine and the gear two being fixedly installed in rotary electric machine rotating shaft, the gear one are connected with the engagement rotation of gear two.

It is arranged such, is rotated by rotary electric machine drive gear two, and then gear one is driven turn disc, makes rotation Disk reaches the effect for changing corresponding wind-up roll relative to gantry rotation.

Further set：The wire inlet mechanism include be slideably positioned in frame power transmission shaft, be arranged on power transmission shaft Yarn guide and the transmission component being arranged in frame, the transmission component are connected with power transmission shaft.

It is arranged such, transmission component is moved back and forth by driving power transmission shaft to be in frame, makes the yarn guide on power transmission shaft Moved back and forth on periphery in spool, the yarn on wire coil device is fallen by yarn guide on yarn to spool, reach To yarn winding roller, guide is uniformly acted on back and forth.

Further set：The guide eyelit worn for yarn, and the end of the guide eyelit are provided with the yarn guide Mouth is set in arc transition.

It is arranged such, yarn is in guide eyelit and be driven, play a part of limiting yarn drive position, improves yarn and pass Stability when sending, while the port of guide eyelit is set in arc transition, effectively reduces mill of the yarn during transmission Damage degree.

Further set：The transmission component includes the drive cylinder being connected with frame, the piston rod of the drive cylinder It is connected with the power transmission shaft.

It is arranged such, power transmission shaft is driven by drive cylinder, and can realize that yarn guide is on the circumferential surface of spool Move back and forth, reach that yarn winding roller is uniformly acted on.

Further set：The wire inlet mechanism and rolling-up mechanism are provided with mounting seat, are provided with the mounting seat For irradiating the fluorescent lamp at wind-up roll one.

It is arranged such, is easy to observe the winding effect of wind-up roll in rolling-up mechanism, is easy to pinpoint the problems and make phase in time The operation answered, improves the operating characteristics of yarn winding.

By using above-mentioned technical proposal, the utility model is compared compared with the prior art：Sealing block passes through aerator Active force is on through hole and slided, and sealing block is slided towards the outer end of wind-up roll one, realizes sealing block and is socketed on wind-up roll one Spool contradict connection, the effect on spool clamping and wind-up roll one is reached, while realizing the work of the interior sealing of wind-up roll one With；The rotation of wind-up roll one is driven by the first motor being arranged in frame, the wire inlet mechanism in frame is in rolling-up mechanism In wind-up roll one on be wound, transmission component by drive power transmission shaft be in frame on move back and forth, make on power transmission shaft Yarn guide is on the periphery of spool and moved back and forth, and yarn is wound to by the guide eyelit on yarn guide on spool, Reach to yarn back and forth uniform winding in the effect of spool.

Brief description of the drawings

Fig. 1 is the structural representation of auto reeling head；

Fig. 2 is the front view after removing cover plate in Fig. 1；

Fig. 3 is the enlarged drawing at A in Fig. 2；

Fig. 4 is the structural representation of guiding mechanism, wire inlet mechanism and rolling-up mechanism；

Fig. 5 is the enlarged drawing at B in Fig. 4；

Fig. 6 is the partial sectional view at Buffer Unit in wire inlet mechanism；

Fig. 7 is the structural representation at drive component in auto reeling head；

Fig. 8 is the lateral partial structurtes sectional view in Fig. 7；

Fig. 9 is the structural representation of wind-up roll in rolling-up mechanism；

Figure 10 is the sectional view at sealing block in Fig. 9；

Figure 11 is the enlarged drawing at C in Figure 10；

Figure 12 is the structural representation at place of holding down assembly in auto reeling head；

Figure 13 is the enlarged drawing at D in Figure 12；

Figure 14 is structural representation when auto reeling head cover plate is deployed；

State diagram when Figure 15 is auto reeling nose heave cover plate closing.

In figure：1st, frame；2nd, guiding mechanism；21st, rotary shaft；22nd, directive wheel；221st, guide groove；222nd, lead；23、 Motor；3rd, wire inlet mechanism；31st, power transmission shaft；32nd, fixed seat；33rd, yarn guide；331st, guide eyelit；34th, transmission component；341、 Drive cylinder；35th, Buffer Unit；351st, stopper slot；352nd, sliding shoe；353rd, buffer spring；4th, rolling-up mechanism；41st, wind-up roll One；42nd, wind-up roll two；43rd, the first motor；44th, the second motor；45th, spool；46th, rotation dish；47th, drive component；471st, tooth Wheel one；472nd, gear two；473rd, rotary electric machine；48th, mounting seat；51st, through hole；52nd, sealing block；53rd, aerator；531st, inflate Bag；532nd, air pump；54th, return component；541st, limited block；542nd, accommodating chamber；543rd, return spring；55th, material toggling ring；56th, stretch Component；561st, expansion link；57th, material receiving roller；58th, rewinding dolly；6th, fluorescent lamp；71st, pressing roller；72nd, hold down assembly；721st, link Seat；722nd, back-moving spring；74th, cover plate；75th, cylinder；76th, buffer plate.

Embodiment

Auto reeling head is described further referring to figs. 1 to Figure 15.

A kind of auto reeling head, as shown in figure 1, sequentially passing through the Guiding machine being arranged in frame 1 including frame 1, yarn Structure 2, wire inlet mechanism 3 and rolling-up mechanism 4.

As shown in Figures 2 and 3, wherein, guiding mechanism 2 include rotate be arranged in frame 1 rotary shaft 21, be fixedly installed In the directive wheel 22 in rotary shaft 21 and be arranged in frame 1 be used for drive rotary shaft 21 rotate motor 23；Leading The guide groove 221 for being oriented to yarn is provided with to wheel 22, lead 222 is provided with the two side of guide groove 221, And the axis direction of lead 222 towards directive wheel 22 is obliquely installed, the work for being easy to that conveying in guide groove 221 is in yarn is reached With.

As shown in Figure 4 and Figure 5, wire inlet mechanism 3 includes the biography for being arranged at the lower section of directive wheel 22 and being slideably positioned in frame 1 Moving axis 31, the fixed seat 32 being arranged on power transmission shaft 31, be arranged in fixed seat 32 for guide yarn guide 33 and set In the transmission component 34 in frame 1；Transmission component 34 is using the drive cylinder 341 being fixedly connected with frame 1, drive cylinder 341 Piston rod be fixedly connected with power transmission shaft 31.

As shown in Figure 5 and Figure 6, power transmission shaft 31 is in frame 1 by drive cylinder 341 and reciprocatingly slided, with reference to Fig. 4 institutes Show, yarn guide 33 is slidably connected towards the yarn winding roller direction in rolling-up mechanism 4 and fixed seat 32, and in fixed seat 32 and yarn guide 33 Between be provided with Buffer Unit 35 for locking onto yarn guide 33 in fixed seat 32.

As shown in fig. 6, Buffer Unit 35 include be arranged in fixed seat 32 stopper slot 351, be arranged on yarn guide 33 Sliding shoe 352 and the buffer spring 353 that is fixedly connected respectively with fixed seat 32, yarn guide 33 of two ends；In yarn guide 33 One end is provided with guide eyelit 331, and the port of guide eyelit 331 is set in arc transition；Sliding shoe 352 is in stopper slot 351 It is slidably connected, realizes the guide eyelit 331 on yarn guide 33 when passing to yarn, yarn passes through pullling to yarn guide 33 when transmitting Power, makes yarn guide 33 be in fixed seat 32 and slides, and the stress of buffer spring 353 reaches reduction yarn to be on yarn guide 33 and made Effect firmly.

As shown in Figure 7 and Figure 8, rolling-up mechanism 4 includes the He of wind-up roll 1 for setting and being arranged parallel in hollow form Wind-up roll 2 42, the first motor 43 for being arranged in frame 1 and being fixedly connected respectively with wind-up roll 1 and wind-up roll 2 42 and Second motor 44, some spools 45 being socketed on wind-up roll 1, with frame 1 rotate be connected rotation dish 46, be arranged at Be used to driving drive component 47 that rotation dish 46 rotates relative to frame 1 in frame 1 and be arranged above rotation dish 46 and with The mounting seat 48 that frame 1 is fixedly connected.

As shown in figure 8, drive component 47 include be arranged on the outer ring of rotation dish 46 gear 1, be arranged in frame 1 Rotary electric machine 473 and the gear 2 472 that is fixedly installed in the rotating shaft of rotary electric machine 473；Gear 1 and gear 2 472 Engagement rotation is connected, by the drive gear 1 of rotary electric machine 473, and then makes gear 2 472 drive rotation dish 46 to be in frame Rotated on 1, reach the effect for exchanging wind-up roll 1 and wind-up roll 2 42.

As shown in figure 8, the first motor 43 is fixedly connected with the second motor 44 with rotation dish 46, make wind-up roll 1 and receipts Winding up roller 2 42 is rotated both with respect to rotation dish 46, and wind-up roll 1 and wind-up roll 2 42 use identical set, below with wind-up roll One 41 specific introductions.

As shown in Fig. 9, Figure 10 and Figure 11, some through holes 51 are offered in the circumferential surface of wind-up roll 1, in through hole The sealing block 52 being slidably connected with through hole 51 is set on 51, and one end of sealing block 52 protrudes from the external peripheral surface of wind-up roll 1 Set, the inner circumferential surface of the other end and wind-up roll 1 is inconsistent；Being connected with wind-up roll 1 is used for the inside of wind-up roll The aerator 53 of aerating.

As shown in Figure 10, aerator 53 include being arranged at air bag 531 in wind-up roll 1 and with air bag 531 The air pump 532 of connection；Air bag 531 is contradicted with sealing block 52 and is connected, and air pump 532 is fixedly installed on one end of wind-up roll 1, And it is provided with gas bleeder valve on air pump 532.

As shown in Figure 10 and Figure 11, while being provided with return component 54 between sealing block 52 and through hole 51；Return component 54 include be fixedly connected with sealing block 52 limited block 541, be arranged on the inner circumferential surface of wind-up roll 1 and the phase of limited block 541 The accommodating chamber 542 of cooperation and two ends are respectively fixedly connected with the return spring 543 in limited block 541 and wind-up roll 1；Accommodate The bore of chamber 542 is more than the bore of through hole 51 and is coaxially disposed with through hole 51；Return spring 543 is arranged at the interior of accommodating chamber 542 On the wall of side, and limited block 541 is in accommodating chamber 542 by the active force of return spring 543 and is slidably connected with wind-up roll 1.

As shown in Figure 10 and Figure 11, limited block 541 is connected in receiving by the active force of air bag 531 in aerator 53 In chamber 542, sealing block 52 is slided towards the outer end of wind-up roll 1, realize sealing block 52 and the volume yarn being socketed on wind-up roll 1 Cylinder 45 contradicts connection, the clamping of spool 45 and the effect on wind-up roll 1 is reached, while realizing the interior sealing of wind-up roll 1 Effect.

As shown in fig. 7, being socketed with material toggling ring 55, the one end of material toggling ring 55 towards the one end being connected with frame 1 in wind-up roll 1 Face contradicts with spool 45 and is connected, and is provided with the other end of material toggling ring 55 for driving the material toggling ring 55 to be in wind-up roll The telescopic component 56 reciprocatingly slided on one 41.

As shown in Figure 7 and Figure 8, telescopic component 56 includes the expansion link 561 being symmetricly set on material toggling ring 55, expansion link 561 one end is fixedly connected with material toggling ring 55, and the other end is fixedly connected with frame 1；Set simultaneously in the other end of wind-up roll 1 Material receiving roller 57 is equipped with, the axis of wind-up roll 1 is on same straight line with the axis of material receiving roller 57 and set, and 57 turns of material receiving roller It is dynamic to be connected on rewinding dolly 58；Rotation dish 46 is driven by drive component 47, wind-up roll 1 and wind-up roll 2 42 is reached The effect of exchange, then pass through the effect of the progress discharging of spool 45 on wind-up roll after 57 pairs of windings of material receiving roller.

As shown in Figure 12 and Figure 13, the upper end of mounting seat 48 is connected with wire inlet mechanism 3, and lower end is provided with for irradiating wind-up roll Fluorescent lamp 6 at one 41；Rotated simultaneously in mounting seat 48 and be provided with pressing roller 71, set between pressing roller 71 and mounting seat 48 It is equipped with and holds down assembly 72 for the circumferential surface of pressing roller 71 to be pressed on the circumferential surface of wind-up roll 1.

As shown in Figure 12 and Figure 13, hold down assembly 72 include one end and mounting seat 48 rotate the linkages 721 that are connected and Original state is the back-moving spring 722 that compressive state and two ends are fixedly connected with linkage seat 721, mounting seat 48 respectively；Pressing roller 71 rotations are arranged on the other end of linkage seat 721, and are arranged with rubber washer in pressing roller 71；Yarn on spool 45 When line gradually increases, 72 pressing roller 71 is pressed in all the time on the circumferential surface of spool 45 by holding down assembly, and then improve The effect of the spool yarn quality of volume 45.

As shown in Figure 14 and Figure 15, the cover plate 74 for covering the end face of rolling-up mechanism 4, cover plate are provided with frame 1 74 it is curved set, and arc port towards the direction of wind-up roll 1 set；One end of cover plate 74 rotates with frame 1 and is connected, and in lid The side of plate 74 is provided with for driving cover plate 74 to be in the cylinder 75 rotated in frame 1；The cylinder body of cylinder 75 and the frame 1 Connection is rotated, the piston rod of cylinder 75 is rotated with cover plate 74 to be connected, and the other end and mounting seat 48 of cover plate 74 are inconsistent, simultaneously Buffer plate 76 is provided with the end face that cover plate 74 is contacted with mounting seat 48.

Operation principle：Yarn can improve the guide effect to yarn, make yarn by the directive wheel 22 in guiding mechanism 2 Preferably it is sent on Yarn guide mechanism；Transmission component 34 is moved back and forth by driving power transmission shaft 31 to be in frame 1, makes power transmission shaft Yarn guide 33 on 31 is on the periphery of spool 45 and moved back and forth, and yarn is passed through the guide eyelit 331 on yarn guide 33 Be wound on spool 45, reach to yarn back and forth uniform winding in the effect of spool 45；Simultaneously by yarn guide 33 and admittedly Buffer Unit 35 between reservation 32 improves stability during yarn conveying；Pass through the He of aerator 53 on wind-up roll simultaneously Return component 54, the effect for making sealing block 52 be clamped in spool 45 on wind-up roll；Pass through 72 rush that hold down assembly in frame 1 Pressing roller 71 is pressed on always on spool 45, make the yarn on spool 45 more consolidation and uniformly winding in winding In on spool 45, the effect of yarn quality is fallen with yarn is improved；Simultaneously by the cover plate 74 being arranged in frame 1, make cover plate 74 realize the sealing function of rolling-up mechanism 4, and some impurity are fallen on the yarn of spool 45 when reducing yarn winding；When wherein After reel for yarn on one wind-up roll is wound, rotation dish 46 is driven by drive component 47, another wind-up roll is carried out the volume of yarn Around the operating efficiency of raising yarn winding；After reel for yarn is wound, dialled by the driving of telescopic component 56 being arranged on wind-up roll Expect ring 55 to be on wind-up roll to slide, the spool 45 on wind-up roll is released into wind-up roll to material receiving roller 57, discharging is reached Effect.

Described above is only preferred embodiment of the present utility model, and protection domain of the present utility model is not limited merely to Above-described embodiment, all technical schemes belonged under the utility model thinking belong to protection domain of the present utility model.It should refer to Go out, for those skilled in the art, some improvement under the premise of the utility model principle is not departed from and Retouching, these improvements and modifications also should be regarded as protection domain of the present utility model.

Claims (10)

1. a kind of auto reeling head, including frame（1）, be arranged at frame（1）On wire inlet mechanism（3）And rolling-up mechanism（4）, It is characterized in that：The rolling-up mechanism（4）The wind-up roll one set including hollow form（41）, be arranged at frame（1）It is upper and with receipts Winding up roller one（41）First motor of connection（43）And it is socketed on wind-up roll one（41）On spool（45）, in the wind-up roll One（41）Circumferential surface be provided with some through holes（51）, in the through hole（51）On be provided with and through hole（51）It is slidably connected Sealing block（52）, the sealing block（52）One end protrude from wind-up roll one（41）External peripheral surface set, the other end with receive Winding up roller one（41）Inner circumferential surface it is inconsistent, the wind-up roll one（41）Being connected with is used for wind-up roll one（41）Internal aerating Aerator（53）, and in the sealing block（52）With through hole（51）Between be provided with return component（54）.

2. auto reeling head according to claim 1, it is characterised in that：The return component（54）Including with sealing block （52）The limited block of connection（541）And two ends are respectively fixedly connected with limited block（541）, wind-up roll one（41）Return spring （543）, the limited block（541）Pass through aerator（53）Active force and the wind-up roll one（41）Inner peripheral wall contradict Connection.

3. auto reeling head according to claim 2, it is characterised in that：In the wind-up roll one（41）Inner circumferential surface On be provided with accommodating chamber（542）, the limited block（541）With the accommodating chamber（542）It is slidably connected.

4. auto reeling head according to claim 1, it is characterised in that：The aerator（53）Including being arranged at winding Roller one（41）Interior air bag（531）And and air bag（531）The air pump of connection（532）, the air bag（531）With it is described Sealing block（52）Contradict connection, the air pump（532）With the wind-up roll one（41）One end connection, and in air pump（532）On It is provided with gas bleeder valve.

5. auto reeling head according to claim 1, it is characterised in that：In the frame（1）Upper rotation is provided with rotation Disk（46）, first motor（43）With rotation dish（46）It is fixedly connected, in the rotation dish（46）On be provided with and wind-up roll One（41）The wind-up roll two of parallel arrangement（42）, and the wind-up roll two（42）By being fixedly installed on rotation dish（46）On Two motors（44）With rotation dish（46）Rotate connection, the rotation dish（46）By being arranged at frame（1）On drive component （47）With the frame（1）Rotate connection.

6. auto reeling head according to claim 5, it is characterised in that：The drive component（47）Including being arranged at rotation Disk（46）Gear one on outer ring（471）, be arranged at frame（1）On rotary electric machine（473）And it is fixedly installed on rotation electricity Machine（473）Gear two in rotating shaft（472）, the gear one（471）With gear two（472）Engagement rotation is connected.

7. auto reeling head according to claim 1, it is characterised in that：The wire inlet mechanism（3）Including being slideably positioned in Frame（1）On power transmission shaft（31）, be arranged at power transmission shaft（31）On yarn guide（33）And it is arranged at frame（1）On transmission Component（34）, the transmission component（34）With power transmission shaft（31）Connection.

8. auto reeling head according to claim 7, it is characterised in that：In the yarn guide（33）On be provided with for yarn The guide eyelit that line is worn（331）, and the guide eyelit（331）Port in arc transition set.

9. auto reeling head according to claim 7, it is characterised in that：The transmission component（34）Including with frame（1） The drive cylinder of connection（341）, the drive cylinder（341）Piston rod and the power transmission shaft（31）Connection.

10. auto reeling head according to claim 1, it is characterised in that：In the wire inlet mechanism（3）With rolling-up mechanism （4）It is provided with mounting seat（48）, in the mounting seat（48）On be provided with for irradiating wind-up roll one（41）The fluorescent lamp at place （6）.