CN209226297U - Bobbin-winding machine Pneuamtic cradle mechanism and winding device - Google Patents
Bobbin-winding machine Pneuamtic cradle mechanism and winding device Download PDFInfo
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- CN209226297U CN209226297U CN201821910642.5U CN201821910642U CN209226297U CN 209226297 U CN209226297 U CN 209226297U CN 201821910642 U CN201821910642 U CN 201821910642U CN 209226297 U CN209226297 U CN 209226297U
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Abstract
The utility model discloses a kind of bobbin-winding machine Pneuamtic cradle mechanisms and winding device.The bobbin-winding machine Pneuamtic cradle mechanism includes support component, driving assembly, the first material folding component and the second material folding component；The driving component includes cylinder barrel, piston shaft, sealing element and elastic component, the cylinder barrel is connected to the support component, the elastic component, the sealing element and the piston shaft are successively located in the cylinder barrel from the inside to the outside, the both ends of the elastic component are separately connected the cylinder barrel and the sealing element, the sealing element and the cylinder barrel dynamic sealing, the piston shaft is rotatably connected the sealing element, and the cylinder barrel is equipped with the blow vent for being connected to the cylinder barrel；The first material folding component is rotationally connected with the support component；The second material folding component is located at the outside of the cylinder barrel and the connection piston shaft, the second material folding component are oppositely arranged with the first material folding component.The bobbin-winding machine Pneuamtic cradle mechanism stablizes when being used for winding procedure.
Description
Technical field
The utility model relates to field of textile equipment, more particularly to a kind of bobbin-winding machine Pneuamtic cradle mechanism and winder
Device.
Background technique
Winding procedure is to be processed into the cylinder yarn after dyeing to be easy unwinding tapered bobbin yarn, is made with being supplied to woven fabric process
With.Reel cage is the main component of winding device, and reel cage is used as fixed cone.Traditional reel cage stability is poor, and operation is laborious,
And it is easy to produce the de- pipe problem that cone falls off from reel cage, this can directly result in the volume of the cheese on cone
Overlapping phenomenon between Density inhomogeneity, yarn and yarn is excessive.
Utility model content
Based on this, it is necessary to provide a kind of bobbin-winding machine Pneuamtic cradle mechanism for being not susceptible to de- pipe problem and winder dress
It sets.
A kind of bobbin-winding machine Pneuamtic cradle mechanism, including support component, driving assembly, the first material folding component and the second folder
Expect component；
The driving component includes cylinder barrel, piston shaft, sealing element and elastic component, and the cylinder barrel is fixed on the support group
Part, the elastic component, the sealing element and the piston shaft are successively located in the cylinder barrel from the inside to the outside, the elastic component
Both ends are separately connected the cylinder barrel and the sealing element, and dynamic sealing, the work are formed between the sealing element and the cylinder barrel
Plug axis is rotatably connected the sealing element, and the cylinder barrel is equipped with the blow vent for being connected to the cylinder barrel；
The first material folding component is rotationally connected with the support component；
The second material folding component is located at the outside of the cylinder barrel and the connection piston shaft, the second material folding component with
The first material folding component is oppositely arranged.
The first material folding component includes fixing axle, first bearing and the first collet, institute in one of the embodiments,
It states fixing axle to be fixed in the support component, the first bearing is rotatably connected the fixing axle, the first collet peace
In the first bearing.
The first material folding component further includes anti-yarn lid and the first gasket, the anti-yarn in one of the embodiments,
Lid is set in the fixing axle with first gasket, and first gasket is located at the anti-yarn lid and the first bearing
Between.
First collet is in the form of a column in one of the embodiments, the outer wall of first collet by wherein one end extremely
The other end gradually narrows, and described lesser one end of first collet external dimensions is towards the second material folding component.
The second material folding component includes second bearing and the second collet in one of the embodiments, and described second
Bearing is located at the outside of the cylinder barrel and the piston shaft that is rotatably connected, and second collet is mounted on the second bearing
On.
Second collet is in the form of a column in one of the embodiments, the outer wall of second collet by wherein one end extremely
The other end gradually narrows, and described lesser one end of second collet external dimensions is towards the first material folding component.
The second material folding component further includes the shield of tubular in one of the embodiments, and the shield is fixed
It is acted on the piston shaft and with the piston shaft.
The driving component further includes suction nozzle in one of the embodiments, and the suction nozzle is fixed on the cylinder barrel
Outer wall and be connected to the cylinder barrel by the blow vent, the suction nozzle is for external air pump.
In one of the embodiments, further include jettron component, the jettron component include switch base and
Touch switch valve, the switch base are equipped with inlet channel and are connected to air inlet and the gas outlet of the inlet channel,
The air inlet is used for the external air pump, and the gas outlet is connected to the suction nozzle, and the touch switch valve is located at described
To be used to open or close the inlet channel on switch base.
A kind of winding device, including bobbin-winding machine, further include the bobbin-winding machine Pneuamtic cradle mechanism, and the bobbin-winding machine is used
The support component of Pneuamtic cradle mechanism is mounted on the bobbin-winding machine.
When above-mentioned bobbin-winding machine is used for winding procedure with Pneuamtic cradle mechanism, stability is good, takes off convenient for operating and being not susceptible to
Pipe problem.Above-mentioned bobbin-winding machine, in material folding, is clamped respectively with Pneuamtic cradle mechanism by the first material folding component, the second material folding component
The both ends of cone are realized by the movement of the second material folding component and clamp and release cone, the piston shaft of driving assembly by
The air-flow and elastic component that flow into cylinder barrel changes stroke, and when not having compressed air to enter in cylinder barrel, piston shaft is by elasticity
The influence of the elastic restoring force of part is in elongation state and squeezes the second material folding component, the second material folding component and the first material folding component
Between spacing reduce to clamping cone；When compressed air enters in cylinder barrel, the pressure of compressed air is greater than piston
The elastic force for the elastic component that axis is subject to, elastic component are in compressive state, the spacing between the second material folding component and the first material folding component
Increase, to discharge cone.Since above-mentioned bobbin-winding machine is to squeeze second using elastic component elastic force with Pneuamtic cradle mechanism
Material folding component is clamped cone with the cooperation of the first material folding component to realize, material folding stability is good, the taper after clamping
Bobbin is not easy to fall off, this can achieve the purpose that the rolling density of cheese is Chong Die few uniformly, between yarn and yarn, directly
It connects and improves winder quality.Above-mentioned bobbin-winding machine solves traditional reel cage with Pneuamtic cradle mechanism and needs to break reel cage bring into two with one's hands with manpower
Time-consuming and laborious problem, and solve the problems such as traditional reel cage is easy de- pipe, maintenance cost is high, stability is poor.In addition, above-mentioned network
Cylinder machine is simultaneously clamped the both ends of cone using the first material folding component, the second material folding component with Pneuamtic cradle mechanism,
Clamping effect is good, compact-sized, using easy, reliable and practical, easy to spread.
Above-mentioned bobbin-winding machine, which is realized with Pneuamtic cradle mechanism by the anti-yarn lid of setting and the first gasket, prevents yarn from winding
The generation of the phenomenon that fixing axle.
With Pneuamtic cradle mechanism, by being arranged, the first collet is in the form of a column above-mentioned bobbin-winding machine and the outer wall of the first collet is by wherein
One end is gradually narrowed to the other end and is realized in one of port that the first collet can be inserted partially into cone, the first folder
The lesser one end of head external dimensions is towards the second material folding component, and when clamping cone, the first collet external dimensions is lesser
One end is inserted into cone, can so prevent cone from falling off.
With Pneuamtic cradle mechanism, by being arranged, the second collet is in the form of a column above-mentioned bobbin-winding machine and the outer wall of the second collet is by wherein
One end is gradually narrowed to the other end and is realized in another port that the second collet can be inserted partially into cone, the second collet
External dimensions the first material folding component of lesser one end direction, when clamping cone, the second collet external dimensions lesser one
End is inserted into cone, can so prevent cone from falling off.
Above-mentioned bobbin-winding machine Pneuamtic cradle mechanism realizes the folder for facilitating control cone by setting jettron component
Tight and release, when pressing touch switch valve, can turn on or off inlet channel by touch switch valve to realize
Clamping or release to cone.
Above-mentioned winding device is capable of providing stability with Pneuamtic cradle mechanism using bobbin-winding machine, and winder effect is good.
Detailed description of the invention
Fig. 1 is that man-made fibre yarn described in an embodiment oils a visual angle schematic diagram of grooved drum type spooler；
Fig. 2 is that man-made fibre yarn shown in FIG. 1 oils another visual angle schematic diagram of grooved drum type spooler；
Fig. 3 is that man-made fibre yarn shown in FIG. 1 oils the cradle apparatus structural schematic diagram of grooved drum type spooler structure；
Fig. 4 is the explosive view at a certain visual angle of cradle apparatus shown in Fig. 3；
Fig. 5 is the explosive view at another visual angle of cradle apparatus shown in Fig. 4；
Fig. 6 is the explosive view at another visual angle of cradle apparatus shown in Fig. 4；
Fig. 7 is that cradle apparatus shown in Fig. 3 and winding device cooperate schematic diagram；
Fig. 8 be man-made fibre yarn shown in FIG. 1 oil grooved drum type spooler oiling device structural schematic diagram；
Fig. 9 is that man-made fibre yarn shown in FIG. 1 oils tension-adjusting gear, Yarn induction device and the unwinding of grooved drum type spooler
Device cooperates schematic diagram；
Figure 10 is that man-made fibre yarn shown in Fig. 9 oils tension-adjusting gear, Yarn induction device and the unwinding of grooved drum type spooler
Device cooperates another visual angle schematic diagram.
Description of symbols
10: man-made fibre yarn oils grooved drum type spooler；100: bobbin-winding machine Pneuamtic cradle mechanism；110: support component；111:
First support arm；112: the second support arms；113: third support arm；120: driving assembly；121: cylinder barrel；122: piston shaft；
123: sealing element；124: elastic component；125: suction nozzle；126: circlip；130: the first material folding components；131: fixing axle；132: the
One bearing；133: the first collets；134: anti-yarn lid；135: the first gaskets；140: the second material folding components；141: second bearing；
142: the second collets；143: shield；144: axle sleeve；145: the second gaskets；150: switch block；151: switch base；152: light
Touch switches valve；153: attachment base；160: handle；170: mounting base；171: mounting hole；200: winding device；210: groove drum；
220: winding driving part；300: oiling device；310: crossing oil box；311: excessively oily window；320: crossing oil tanker；330: oil tanker driving
Component；340: oil inlet pipe；350: flowline；360: the first guide porcelain teeth；370: the second guide porcelain teeth；380: mounting plate；381:
Mounting hole；400: yarn tension-adjusting gear；410: bracket；420: the first tension pieces；430: the second tension pieces；440: adjusting
Part；450: adjusting screw rod；460: compressed spring；500: Yarn induction device；510: induction pedestal；520: inductor；600: moving back
Winding apparatus；610: unwinding seat；620: unwinding ring；700: feeding device；710: feeding pedestal；720: feeding bar；800: presser bar；
900: rack；20；Yarn；30: cylinder yarn；40: cone.
Specific embodiment
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The preferred embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms in fact
It is existing, however it is not limited to embodiment described herein.On the contrary, purpose of providing these embodiments is makes public affairs to the utility model
The understanding for opening content is more thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.When an element is considered as " being located at " another element, it can
To be directly to another element or may be simultaneously present centering elements.When an element is considered as that " installation " is another
A element, it can be directly to another element or may be simultaneously present centering elements.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein "and/or" includes
Any and all combinations of one or more related listed items.
Referring to shown in Fig. 1 and Fig. 2, an embodiment of the present invention provides a kind of man-made fibre yarn and oils grooved drum type spooler
10 comprising oiling device 300, cradle apparatus, winding device 200, control device and rack 900.
Shown in Figure 8, oiling device 300 includes for holding the oil box 310 excessively of oil plant, being located in oil box 310
It crosses oil tanker 320 and connected the oil tanker driving part 330 of oil tanker 320.Crossing oil box 310 had oily window 311, crossed oil tanker
320 were partially protrude through oily window 311, and oil tanker driving part 330 was for driving oil tanker 320 to rotate.Further, excessively oily window
Mouth 311 can be located at top or the side wall of oil box 310, can also be and extended on its side by the top for crossing oil box 310,
At this point, the one of incline for crossing 310 top of oil box is cut off the opening to form wedge shape by excessively oily window 311.Control device is electrical
Oil tanker driving part 330 is connected, oil tanker driving part 330 can be driving motor.
Cradle apparatus is located in rack 900 for installing for cone 40.
Shown in Figure 7, winding device 200 includes groove drum 210 and winding driving part 220.Groove drum 210 rotatably connects
Pick frame 900, and groove drum 210 is close to cradle apparatus, and groove drum 210 is for contacting and rotating with the cone 40 on cradle apparatus
Cooperation.Winding driving part 220 connects groove drum 210 so that for driving groove drum 210 to rotate, the rotation of groove drum 210 drives conically shaped
The rotation of pipe 40 is wound the yarn 20 after oiling device 300 oils with realizing.Control device is electrically connected winding
Driving part 220.Winding driving part 220 can be driving motor.
Referring to shown in Fig. 9 and Figure 10, in a specific example, the above-mentioned man-made fibre yarn grooved drum type spooler 10 that oils further includes
Yarn tension-adjusting gear 400.Yarn tension-adjusting gear 400 includes the bracket 410 being mounted in rack 900 and is located at branch
The first tension piece 420, the second tension piece 430 and regulating part 440 on frame 410.First tension piece 420 and the second tension piece 430
It is each provided on bracket 410, has between the first tension piece 420 and the second tension piece 430 and crossed between yarn for what is passed through for yarn 20
Every regulating part 440 is used to adjust the distance at yarn interval.
Above-mentioned man-made fibre yarn oil grooved drum type spooler 10 by setting yarn tension-adjusting gear 400 realize yarn 20 is opened
The adjusting of power.Yarn 20 passes through among the first tension piece 420 and the second tension piece 430, by adjusting the position of regulating part 440
The tension of adjustable yarn 20.
Further, yarn tension-adjusting gear 400 further includes the adjusting screw rod 450 being connected on bracket 410 and set
The compressed spring 460 being located on adjusting screw rod 450.450 connecting bracket 410 of adjusting screw rod, the first tension piece 420, the second tension
Piece 430 and regulating part 440 are successively sequentially set on adjusting screw rod 450, and regulating part 440 is threadedly coupled adjusting screw rod 450, compression
Spring 460 is located between regulating part 440 and the second tension piece 430, can be by compressing compressed spring by rotation regulating part 440
460 changed the distance at yarn interval.
Referring to shown in Fig. 9 and Figure 10, in a specific example, the above-mentioned man-made fibre yarn grooved drum type spooler 10 that oils further includes yarn
Line sensing device 500, Yarn induction device 500 include the induction pedestal 510 that is mounted in rack 900 and are connected to induction bottom
The inductor 520 of seat 510, control device are electrically connected inductor 520.Above-mentioned man-made fibre yarn oils grooved drum type spooler 10 by setting
Set Yarn induction device 500 realize detection yarn 20 whether broken yarn, high degree of automation.
Referring to shown in Fig. 1 and Fig. 9, in a specific example, the above-mentioned man-made fibre yarn grooved drum type spooler 10 that oils further includes moving back
Winding apparatus 600.Unwinding device 600 includes the unwinding seat 610 being mounted in rack 900 and the unwinding for being connected to unwinding seat 610
Ring 620, unwinding has unwinding hole for passing through for yarn 20 on ring 620, when yarn 20 is by unwinding hole, yarn 20 with move back
Inner wall around hole is engaged.Above-mentioned man-made fibre yarn oil grooved drum type spooler 10 by be arranged unwinding device 600 realize cylinder yarn
The purpose that yarn 20 on 30 is unwound.Since the yarn 20 loosely to get off from yarn 20 usually occurs because of the effect of crimp force
Secondary winding can be realized to the unwinding for the yarn 20 that secondary winding occurs by the unwinding hole on setting unwinding ring 620, work as yarn
20 by unwinding hole when, yarn 20 and unwinding hole inner wall be engaged, yarn 20 and unwind hole inner wall be engaged and can smooth out with the fingers
It is worth yarn 20.
Referring again to shown in Fig. 8, in a specific example, oil inlet is close to the top for crossing oil box 310.Oil outlet leans on
It was bordering on the bottom of oil box 310.
Oiling device 300 further includes the oil inlet pipe 340 for connecting oil box 310 and being connected to oil inlet.Oiling device 300 also wraps
Include the flowline 350 for connecting oil box 310 and being connected to oil outlet.
In a specific example, oiling device 300 further includes the first guide porcelain tooth 360 being located on oil box 310, and first
Guide porcelain tooth 360 was mounted on a wherein edge for oily window 311 and, first guide opposite with the periphery of oil tanker 320 is crossed
The outer peripheral surface that porcelain tooth 360 is used to that yarn 20 to be guided to enter oil tanker 320.The above-mentioned man-made fibre yarn grooved drum type spooler 10 that oils passes through
First guide porcelain tooth 360 is set and realizes that guidance yarn 20 entered the purpose on the outer peripheral surface of oil tanker 320, it is ensured that yarn 20 will not
Deviate oil tanker 320, and effectively yarn 20 was guided to oil, and promotes the effect that oils.
In a specific example, oiling device 300 further includes the second guide porcelain tooth 370 being located on oil box 310, and second
Guide porcelain tooth 370 was mounted at the other edge of oily window 311 and, second guide porcelain opposite with the periphery of oil tanker 320 is crossed
Tooth 370 is oppositely arranged with the first guide porcelain tooth 360, and the second guide porcelain tooth 370 is used for the outer peripheral surface by yarn 20 from oil tanker 320 excessively
Upper extraction.Above-mentioned man-made fibre yarn oils grooved drum type spooler 10 by the way that the second guide porcelain tooth 370 realization yarn 20 is arranged from oil tanker excessively
Derived purpose on 320 outer peripheral surface.Since the second guide porcelain tooth 370 and the first guide porcelain tooth 360 are oppositely arranged, and cross oil tanker
Part protruded from oily window 311 when 320 periphery, therefore, by the second guide porcelain tooth 370 and the first guide porcelain tooth
Yarn 20 between 360 is engaged in the periphery for crossing oil tanker 320, in this way, can effectively ensure that yarn 20 does not deviate by
Cross oil tanker 320, the effect that oils of yarn 20 is good.
Further, oil tanker driving part 330 was located at the outside of oil box 310 and connected oil box 310, oil tanker driving portion
The drive shaft of part 330 penetrates through the side wall of oil box 310 and connected oil tanker 320.
Further, oiling device 300 further includes mounting plate 380, and mounting plate 380 was fixed on oil box 310, mounting plate
There is the second mounting hole 381 on 380.
Above-mentioned oiling device 300 oils, and effect is good, is not easy to cause to damage to yarn 20, and oiling device 300 crosses oil tanker 320
It is contacted with yarn 20, during yarn 20 advances, drove oil tanker 320 to rotate by 320 driving part of oil tanker, in this way,
Oil tanker 320 is crossed to be rotatably assorted with the formation of yarn 20.Compared to the frictional force of sponge and yarn 20 in traditional oiling device 300, mistake
Frictional force between oil tanker 320 and yarn 20 greatly reduces, and reduces damage of the oil tanker 320 to yarn 20.In addition, crossing oil tanker
320 with acting in turn before yarn 20, and the oil plant in oil box 310 can be dipped by crossing 320 per revolution of oil tanker, therefore,
Oil plant can be stained with persistently so that yarn 20 oils by crossing on the periphery of oil tanker 320, relative to connecing for traditional sponge and yarn 20
Touching oil it is existing oil insufficient or the shortcomings that cannot oil, above-mentioned oiling device 300 effect that oils is good.
Referring again to shown in Fig. 1 and Fig. 2, in a specific example, above-mentioned man-made fibre yarn oils grooved drum type spooler 10 also
Including feeding device 700, feeding device 700 includes the feeding pedestal 710 being mounted in rack 900 and is connected to feeding pedestal
Feeding bar 720 on 710, feeding bar 720 are used to install for cylinder yarn.
It refers to shown in Fig. 3 and Fig. 4, in a specific example, cradle apparatus can be bobbin-winding machine Pneuamtic cradle mechanism
100.Above-mentioned bobbin-winding machine Pneuamtic cradle mechanism 100 includes support component 110, driving assembly 120, the first material folding component 130
And the second material folding component 140.
It refers to shown in Fig. 4-Fig. 6, driving assembly 120 includes cylinder barrel 121, piston shaft 122, sealing element 123 and elasticity
Part 124.Cylinder barrel 121 is fixedly connected on support component 110, elastic component 124, sealing element 123 and piston shaft 122 successively by it is interior extremely
It is located in cylinder barrel 121 outside, the both ends of elastic component 124 are separately connected cylinder barrel 121 and sealing element 123, sealing element 123 and cylinder barrel
Form dynamic sealing between 121, piston shaft 122 is rotatably connected sealing element 123, cylinder barrel 121 be equipped with connection 121 inner cavity of cylinder barrel with
For the blow vent to 121 inner cavity of cylinder barrel input compressed gas, which is used for external air pump.Further, elastic component 124
For cylindrical spring.
First material folding component 130 is rotationally connected with support component 110.First material folding component 130 is for clamping conically shaped
Wherein one end of pipe 40, such as the lesser one end of 40 size of cone.
It referring to shown in Fig. 4-Fig. 6, the second material folding component 140 is located at the outside of cylinder barrel 121 and connection piston shaft 122, the
Two material folding components 140 are oppositely arranged with the first material folding component 130.Second material folding component 140 is for clamping the another of cone 40
One end, such as the larger-size one end of cone 40.Above-mentioned bobbin-winding machine is being used for winding procedure with Pneuamtic cradle mechanism 100
When, cone 40 is clamped by the first material folding component 130 and the second material folding component 140.
Specifically, above-mentioned bobbin-winding machine is pressed from both sides with Pneuamtic cradle mechanism 100 in material folding by the first material folding component 130, second
Material component 140 clamps the both ends of cone 40 respectively, is realized by the movement of the second material folding component 140 and clamps and releases conically shaped
The piston shaft 122 of pipe 40, driving assembly 120 is changed stroke by the air-flow and elastic component 124 flowed into cylinder barrel 121, when not having
When having compressed air to enter in cylinder barrel 121, piston shaft 122 is influenced by the elastic restoring force of elastic component 124 in elongation state
And the second material folding component 140 is squeezed, the spacing between the second material folding component 140 and the first material folding component 130 reduces to clamp
Cone 40；When compressed air enters in cylinder barrel 121, the pressure of compressed air is greater than the elastic component that piston shaft 122 is subject to
124 elastic force, elastic component 124 are in compressive state, and the spacing between the second material folding component 140 and the first material folding component 130 increases
Greatly, to discharge cone 40.
It refers to shown in Fig. 4-Fig. 6, in a specific example, the first material folding component 130 includes fixing axle 131, first
Bearing 132 and the first collet 133.Fixing axle 131 is fixed in support component 110, and first bearing 132 is rotatably connected fixation
Axis 131, the first collet 133 are mounted in first bearing 132.40 size of size cone lesser one of first collet 133
End adaptation.
Refer to shown in Fig. 4-Fig. 6, in a specific example, the first material folding component 130 further include anti-yarn lid 134 and
First gasket 135.Anti- yarn lid 134 and the first gasket 135 are set in fixing axle 131, and anti-yarn lid 134 is close to support component
110, the first gasket 135 is between anti-yarn lid 134 and first bearing 132.Above-mentioned bobbin-winding machine Pneuamtic cradle mechanism 100 passes through
Anti- yarn lid 134 is set and the first gasket 135 realizes prevent yarn 20 be fastened axis 131 the phenomenon that generation.
In a specific example, the first collet 133 is in the form of a column, and the outer wall of the first collet 133 is by wherein one end to another
End is gradually narrowed, 133 external dimensions of the first collet the second material folding component 140 of lesser one end direction.Above-mentioned bobbin-winding machine is with pneumatically
Cradle mechanism 100 by be arranged the first collet 133 be in the form of a column and the outer wall of the first collet 133 by wherein one end to the other end gradually
Narrowing, which realizes the first collet 133, can be inserted partially into one of port of cone 40,133 outside ruler of the first collet
Very little lesser one end is towards the second material folding component 140, and when clamping cone 40,133 external dimensions of the first collet is lesser
One end is inserted into cone 40, so can prevent cone 40 from falling off.
It refers to shown in Fig. 4-Fig. 5, the first collet 133 is preferably cylindrical, and the maximum outside diameter of the first collet 133 is greater than cone
The minimum outer diameter of the minimum diameter of shape bobbin 40 namely the internal diameter of the small head end of cone 40, the first collet 133 is less than conically shaped
The internal diameter of the small head end of minimum diameter, that is, cone 40 of pipe 40.
It refers to shown in Fig. 4-Fig. 5, further, the second material folding component 140 includes second bearing 141 and the second collet
142.Second bearing 141 is located at the outside of cylinder barrel 121 and the piston shaft 122 that is rotatably connected, and the second collet 142 is mounted on the second axis
It holds on 141.
In a specific example, the second collet 142 is in the form of a column, and the outer wall of the second collet 142 is by wherein one end to another
End is gradually narrowed, 142 external dimensions of the second collet the first material folding component 130 of lesser one end direction.Above-mentioned bobbin-winding machine is with pneumatically
Cradle mechanism 100 by be arranged the second collet 142 be in the form of a column and the outer wall of the second collet 142 by wherein one end to the other end gradually
Narrowing, which realizes the second collet 142, can be inserted partially into another port of cone 40,142 external dimensions of the second collet
The first material folding component 130 of lesser one end direction, when clamping cone 40,142 external dimensions of the second collet lesser one
End is inserted into cone 40, so can prevent cone 40 from falling off.
Second collet 142 is preferably cylindrical, and the maximum outside diameter of the second collet 142 is greater than the maximum inner diameter of cone 40
Namely the internal diameter of 40 stub end of cone, the maximum inner diameter that the minimum outer diameter of the second collet 142 is less than cone 40 are bored
The internal diameter of 40 stub end of shape bobbin.
It refers to shown in Fig. 5 and Fig. 6, in a specific example, the second material folding component 140 further includes the shield of tubular
143, shield 143 is fixed on piston shaft 122, is acted with piston shaft 122.The effect of shield 143 be prevent yarn 20 into
Enter second bearing 141 and is wrapped on piston shaft 122.
Further, the second material folding component 140 includes axle sleeve 144 and the second gasket 145.Second gasket 145 is located at second
Between bearing 141 and axle sleeve 144.
Axle sleeve 144 is set on piston shaft 122 and is slidably matched with piston shaft 122.Axle sleeve 144 is fixed in cylinder barrel 121,
The inner wall of axle sleeve 144 and cylinder barrel 121, which seals, to be cooperated, and axle sleeve 144 is aligned towards outer end face with the end face of cylinder barrel 121 outwardly, axle sleeve
144 are provided with a sealing ring, and sealing ring effect is to play sealing function, and supporting piston axis 122 when inflating in cylinder barrel 121
Expanding-contracting action.
Further, driving assembly 120 further includes suction nozzle 125.Suction nozzle 125 is fixed on the outer wall of cylinder barrel 121 and leads to
It crosses above-mentioned blow vent to be connected to cylinder barrel 121, suction nozzle 125 is used for external air pump.
In a specific example, above-mentioned bobbin-winding machine Pneuamtic cradle mechanism 100 further includes jettron component 150.Gas
Dynamic switch block 150 includes switch base 151, touch switch valve 152 and attachment base 153.Switch base 151 is logical equipped with air inlet
Road and air inlet and the gas outlet for being connected to inlet channel, air inlet are used for external air pump, and gas outlet is connected to suction nozzle 125,
Touch switch valve 152 is located on switch base 151 to be used to open or close inlet channel, and switch base 151 passes through attachment base
153 are connected in support component 110.Above-mentioned bobbin-winding machine is realized with Pneuamtic cradle mechanism 100 by setting jettron component 150
Facilitate clamping and releasing for control cone 40, when pressing touch switch valve 152, touch switch valve can be passed through
152 turn on or off inlet channel to realize clamping or release to cone 40.
Further, it refers to shown in Fig. 4, Fig. 6, support component 110 includes the first support arm 111, the second support arm 112
And third support arm 113.First support arm 111, the second support arm 112 are connected to the both ends of third support arm 113, the
One support arm 111 and the second support arm 112 extend towards the same direction, and the length of the first support arm 111 is compared with the second support
The length of arm 112 is consistent, the structure so that support component 110 is in U-shape.It is understood that in other embodiments, support component 110
Structure and shape are not limited to above, and the structure and shape of support component 110 can also be C-shaped configuration.First material folding component 130
Fixing axle 131 is fixedly connected on the first support arm 111, and cylinder barrel 121 is connected on the second support arm 112, and switch base 151 passes through
Attachment base 153 is connected on the second support arm 112.
In a specific example, detachable connection between cylinder barrel 121 and the second support arm 112, above-mentioned bobbin-winding machine is used
Pneuamtic cradle mechanism 100 further includes handle 160, and handle 160 is connected on the outer wall of cylinder barrel 121, and handle 160 can assist cylinder barrel
121 disassembly and installation.
Further, above-mentioned bobbin-winding machine Pneuamtic cradle mechanism 100 further includes mounting base 170, and mounting base 170 is fixed on branch
On support component 110, specifically, mounting base 170 is fixed on third support arm 113, and mounting base 170 with bobbin-winding machine for connecting.
Mounting base 170 is equipped with multiple first mounting holes 171.
Further, driving assembly 120 further includes circlip 126, and circlip 126 is located in cylinder barrel 121, and circlip 126 is for blocking
Connect the inner wall of elastic component 124 Yu cylinder barrel 121.
Above-mentioned bobbin-winding machine when in use, is specifically comprised the following steps: with Pneuamtic cradle mechanism 100
It is shown in Figure 3 in material folding, cone is clamped by the first material folding component 130, the second material folding component 140 respectively
The both ends of shape bobbin 40 clamp and release cone 40 by the movement realization of the second material folding component 140, driving assembly 120
Piston shaft 122 is changed stroke by the air-flow and elastic component 124 flowed into cylinder barrel 121, when compressed air out of cylinder barrel 121 quilt
When extraction, piston shaft 122 is influenced in elongation state by the elastic restoring force of elastic component 124 and squeezes the second material folding component
140, the spacing between the second material folding component 140 and the first material folding component 130 reduces to clamp cone 40；When compression is empty
When gas is entered in cylinder barrel 121, the pressure of compressed air is greater than the elastic force for the elastic component 124 that piston shaft 122 is subject to, elastic component 124
Spacing between compressive state, the second material folding component 140 and the first material folding component 130 increases, to discharge cone
40。
Above-mentioned bobbin-winding machine Pneuamtic cradle mechanism 100 solve traditional reel cage need to break reel cage bring into two with one's hands with manpower it is time-consuming
Laborious problem, and solve the problems such as traditional reel cage is easy de- pipe, maintenance cost is high, stability is poor.In addition, above-mentioned bobbin-winding machine
With Pneuamtic cradle mechanism 100 using the first material folding component 130, the second material folding component 140 simultaneously to the both ends of cone 40 into
Row clamps, and clamping effect is good, compact-sized, using easy, reliable and practical, easy to spread.
Above-mentioned bobbin-winding machine Pneuamtic cradle mechanism 100 and bobbin winder device 200 may be combined to form winding device, the winding device
It is capable of providing stability using bobbin-winding machine Pneuamtic cradle mechanism 100, winder effect is good.
Above-mentioned man-made fibre yarn oils grooved drum type spooler 10 by improving to cradle apparatus, using bobbin-winding machine with pneumatically shaking
Frame mechanism 100 is used for winding procedure, and stability is good, convenient for operating and be not susceptible to de- pipe problem.Due to above-mentioned bobbin-winding machine gas
Shaking frame mechanism 100 is to use 124 elastic force of elastic component to squeeze the second material folding component 140 to realize and the first material folding component 130
Cooperation is clamped cone 40, and material folding stability is good, and the cone 40 after clamping is not easy to fall off, this can reach
The Chong Die few purpose of the rolling density of cheese uniformly, between yarn and yarn, directly improves winder quality.
Referring again to shown in Fig. 1 and Fig. 2, above-mentioned man-made fibre yarn oils grooved drum type spooler in one of the embodiments,
10 further include the presser bar 800 being located in rack 900, and presser bar 800 is close to groove drum 210.
Referring to shown in Fig. 1 and Fig. 2, bobbin-winding machine Pneuamtic cradle mechanism 100 and winding device 200 are arranged side by side in rack 800
Setting, bobbin-winding machine Pneuamtic cradle mechanism 100, presser bar 800, oiling device 300, yarn tension-adjusting gear 400, yarn sense
Device 500, unwinding device 600 and feeding device 700 is answered successively from top to bottom to be distributed.
Further, in the same rack 900, the quantity of bobbin-winding machine Pneuamtic cradle mechanism 100, winding device 200
Quantity, the quantity of presser bar 800, the quantity of oiling device 300, the quantity of yarn tension-adjusting gear 400, yarn induction dress
The quantity for setting 500 quantity, the quantity of unwinding device 600 and feeding device 700 may each be multiple, and each bobbin-winding machine is used
Pneuamtic cradle mechanism 100 corresponds to a yarn tension-adjusting gear 400, one of oiling device 300, one of presser bar 800, one
500, unwinding devices 600 of a Yarn induction device and a feeding device 700.In this way, can be in a rack 900
Winder work is, it can be achieved that time-saving purpose while realizing multiple yarns.
Above-mentioned man-made fibre yarn oils grooved drum type spooler 10 when in use, includes the following steps:
(1) material folding material folding: is carried out to cone 40 with Pneuamtic cradle mechanism 100 using bobbin-winding machine.In material folding, please join
As shown in Figure 3, empty (non-coiling) cone 40 is clamped respectively by the first material folding component 130, the second material folding component 140
Both ends are realized by the movement of the second material folding component 140 and clamp and release cone 40, the piston shaft 122 of driving assembly 120 by
The air-flow and elastic component 124 flowed into cylinder barrel 121 changes stroke, and control device control air pump extracts pressure out out of cylinder barrel 121
Contracting air, piston shaft 122 are influenced in elongation state by the elastic restoring force of elastic component 124 and squeeze the second material folding component
140, the spacing between the second material folding component 140 and the first material folding component 130 reduces to clamp cone 40.
(2) it threads: it is shown in Figure 2, cylinder yarn 30 is mounted on 710 feeding pedestals and the bobbin of cylinder yarn 30 is set in
On feeding bar 720, the head of yarn 20 is pulled out and is drawn to successively sequence by unwinding device 600, Yarn induction device
500, yarn tension-adjusting gear 400, oiling device 300, presser bar 800, winding device 200 and bobbin-winding machine Pneuamtic cradle
Mechanism 100, specific path are as follows: yarn 20 passes through the unwinding ring 620 of unwinding device 600, passes through inductor 520, passes through first
Interval between tension piece 420 and the second tension piece 430, followed by the periphery for passing through the second guide porcelain tooth 370, crossing oil tanker 320
Face, the first guide porcelain tooth 360, by the outer peripheral surface of the groove drum 210 of winding device 200 behind the lower section of presser bar 800, finally
Into in the interval between groove drum 210 and cone 40.
(3) wind: shown in Figure 2, control device control winding driving part 220 drives groove drum 210 to rotate, control
Device control oil tanker driving part 330 drove oil tanker 320 to rotate, and the forward motion for crossing oil tanker 320 and yarn 20 is same
Step starting can adjust the upper speed oil to yarn 20 by adjusting the speed of oil tanker driving part 330 to reach upper oil mass mesh
's.
The rotation of groove drum 210 drives cone 40 to synchronize and rotates towards each other to realize yarn 20 wound on cone 40
On, until cone 40, around full yarn 20, a cone 40 can complete the coiling of a yarn 30, can also complete more
The coiling of a yarn 30, can be set according to actual needs.While spiral, control device control sensor 520 is detected
Whether yarn 20 breaks.
(4) blanking: control device control air pump inputs compression sky into cylinder barrel 121 by suction nozzle 125 and gas outlet
Gas, when compressed air enters in cylinder barrel 121, the pressure of compressed air is greater than the bullet for the elastic component 124 that piston shaft 122 is subject to
Power, elastic component 124 are in compressive state, and the spacing between the second material folding component 140 and the first material folding component 130 increases, thus
Cone 40 after discharging coiling.Man-made fibre yarn finishing bathtray can be used when needing the coiling to multiple or a variety of cylinder yarns 30
The completion of multiple groups bobbin-winding machine Pneuamtic cradle mechanism 100 in the rack 900 of cartridge type bobbin-winding machine 10, at this point, each bobbin-winding machine is used
The corresponding winding device 200 of Pneuamtic cradle mechanism 100, presser bar 800, oiling device, yarn tension-adjusting gear 400, yarn
700 cooperating of line sensing device 500, unwinding device 600 and feeding device, in this way, can be realized in a rack 900
Winder works while multiple or a variety of yarn 20.
Above-mentioned man-made fibre yarn oils, and 10 winder effect of grooved drum type spooler is good, is not easy to cause to damage to yarn 20.In winder work
In sequence, since the oil tanker 320 of crossing of oiling device 300 is contacted with yarn 20, during yarn 20 advances, pass through oil tanker 320
Driving part drove oil tanker 320 to rotate, and was rotatably assorted in this way, crossing oil tanker 320 with the formation of yarn 20.Compared to traditional oiling device
The frictional force of sponge and yarn 20 in 300, the frictional force crossed between oil tanker 320 and yarn 20 greatly reduce, and reduce oil tanker
The damage of 320 pairs of yarns 20.In addition, crossing oil tanker 320 with rotating in turn before yarn 20, crosses 320 per revolution of oil tanker and can
The oil plant in oil box 310 was dipped, therefore, oil plant can be stained with persistently so that yarn 20 oils by crossing on the periphery of oil tanker 320, phase
It oils existing insufficient or the shortcomings that cannot oil, the oiling device that oils for traditional sponge and the contact of yarn 20
300 effects that oil are good, and yarn 20 wears small, and winder effect is good.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of bobbin-winding machine Pneuamtic cradle mechanism, which is characterized in that including support component, driving assembly, the first material folding component
And the second material folding component；
The driving component includes cylinder barrel, piston shaft, sealing element and elastic component；The cylinder barrel is fixed on the support component,
The elastic component, the sealing element and the piston shaft are successively located in the cylinder barrel from the inside to the outside, the elastic component difference
The cylinder barrel and the sealing element are connected, forms dynamic sealing between the sealing element and the cylinder barrel, the piston shaft can turn
The dynamic connection sealing element, the cylinder barrel are equipped with blow vent；
The first material folding component is rotationally connected with the support component；
The second material folding component is located at the outside of the cylinder barrel and the connection piston shaft, the second material folding component with it is described
First material folding component is oppositely arranged.
2. bobbin-winding machine according to claim 1 Pneuamtic cradle mechanism, which is characterized in that the first material folding component includes
Fixing axle, first bearing and the first collet；The fixing axle is fixed in the support component, and the first bearing can be rotated
The fixing axle is connected, first collet is mounted in the first bearing.
3. bobbin-winding machine according to claim 2 Pneuamtic cradle mechanism, which is characterized in that the first material folding component also wraps
Include anti-yarn lid and the first gasket；The anti-yarn lid and first gasket are set in the fixing axle, first pad
Piece is between the anti-yarn lid and the first bearing.
4. bobbin-winding machine according to claim 2 Pneuamtic cradle mechanism, which is characterized in that first collet is in the form of a column,
The outer wall of first collet is gradually narrowed by wherein one end to the other end, and described lesser one end of first collet size is towards institute
State the second material folding component.
5. according to bobbin-winding machine Pneuamtic cradle mechanism described in claim 2-4 any one, which is characterized in that second folder
Expect that component includes second bearing and the second collet；The second bearing is located at the outside of the cylinder barrel and is rotatably connected described
Piston shaft, second collet are mounted in the second bearing.
6. bobbin-winding machine according to claim 5 Pneuamtic cradle mechanism, which is characterized in that second collet is in the form of a column,
The outer wall of second collet is gradually narrowed by wherein one end to the other end, and described lesser one end of second collet size is towards institute
State the first material folding component.
7. bobbin-winding machine according to claim 5 Pneuamtic cradle mechanism, which is characterized in that the second material folding component also wraps
Include the shield of tubular；The shield is fixed on the piston shaft and acts with the piston shaft.
8. bobbin-winding machine according to any one of claims 1-4 Pneuamtic cradle mechanism, which is characterized in that the driving group
Part further includes suction nozzle；The suction nozzle is fixed on the outer wall of the cylinder barrel and is connected to by the blow vent with the cylinder barrel,
The suction nozzle is used for external air pump.
9. bobbin-winding machine according to claim 8 Pneuamtic cradle mechanism, which is characterized in that further include jettron component；
The jettron component includes switch base and touch switch valve, and the switch base is equipped with inlet channel and connection institute
Air inlet and the gas outlet of inlet channel are stated, the air inlet is used for the external air pump, and the gas outlet is connected to the air inlet
Mouth, the touch switch valve are located on the switch base to be used to open or close the inlet channel.
10. a kind of winding device, including bobbin-winding machine, which is characterized in that the winding device further includes claim 1-9 any one
Bobbin-winding machine Pneuamtic cradle mechanism described in, the bobbin-winding machine are mounted on the winder with the support component of Pneuamtic cradle mechanism
On machine.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109264500A (en) * | 2018-11-20 | 2019-01-25 | 广东溢达纺织有限公司 | Bobbin-winding machine Pneuamtic cradle mechanism and winding device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109264500A (en) * | 2018-11-20 | 2019-01-25 | 广东溢达纺织有限公司 | Bobbin-winding machine Pneuamtic cradle mechanism and winding device |
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