CN208843484U

CN208843484U - A kind of monofilament drawing and heat-setting number oils wire bonder

Info

Publication number: CN208843484U
Application number: CN201821349752.9U
Authority: CN
Inventors: 龙军
Original assignee: Dongguan Zebra Line Industry Co Ltd
Current assignee: Dongguan Zebra Line Industry Co Ltd
Priority date: 2018-08-21
Filing date: 2018-08-21
Publication date: 2019-05-10
Anticipated expiration: 2028-08-21

Abstract

This reality is newly related to technical field of textile machine, more particularly to a kind of monofilament drawing and heat-setting number oils wire bonder, it is provided with yarn wire charging mechanism, reel group, straining pulley group, digital oiling device and coiling apparatus, reel group includes the reel on the right side of yarn wire charging mechanism, yarn buffer is provided on the left of yarn wire charging mechanism, straining pulley group is located at the top of yarn wire charging mechanism, straining pulley group includes the first straining pulley and the second straining pulley, digital oiling device is located at the top of straining pulley group, coiling apparatus includes shaft, compressing roller mechanism includes compressing roller, it compresses and is provided with interval between roller and shaft, the back side of panel is disposed with the first driving mechanism and the second driving mechanism, this reality can newly guarantee yarn can monofilament traction be straightened, thermal finalization, number oils, it is relatively steady when molding, cylinder yarn even density, Final product quality is greatly improved, finished product can be directly used for high speed sewing machine, adapt to intelligence sewing.

Description

A kind of monofilament drawing and heat-setting number oils wire bonder

Technical field

A kind of this reality is newly related to technical field of textile machine more particularly to monofilament drawing and heat-setting number oils wire bonder.

Background technique

In the textile industry, removal part yarn is needed yarn after the harmful yarn defect after twisting and dyeing by one Fixed uniform tension, high-temperature shaping, quantitatively number oils, and by driving fever straining pulley rotation, while yarn being made to make transverse direction It moves back and forth, by every one thread wound on the excircle of bobbin, the fine work sewing thread that can directly use for sewing device is made.

However existing yarn winder only has simple coiling function, and it is uneven to oil, the production of this traditional handicraft Sewing thread there are quality defect, most sewing thread users need to enter entire trichocyst in finish before the use, pick up and drain again It uses, inefficiency, lost labor, and sewing has some setbacks.

Summary of the invention

The new purpose of this reality is to provide a kind of monofilament drawing and heat-setting number in view of the deficiencies of the prior art and oils routing Machine, one solve sewing thread quality defect and efficiently molding, and finished product density is uniform, shortens process, and finished product can directly be set in sewing Standby upper use no longer needs to routing molding.

This reality is newly achieved through the following technical solutions, and monofilament drawing and heat-setting number oils wire bonder, including face Plate, the front of the panel are disposed with yarn wire charging mechanism, straining pulley group and coiling apparatus, and the reel group includes position Reel on the right side of yarn wire charging mechanism is provided with yarn buffer, the straining pulley on the left of the yarn wire charging mechanism Group is located at the top of yarn wire charging mechanism, the straining pulley group include the first straining pulley and be oppositely arranged with the first straining pulley the Two straining pulleys, the number oiling device are located at the top of straining pulley group, the number oiling device include have oiling machine and Rice counting wheel, the coiling apparatus are located at the top of digital oiling device, and the coiling apparatus includes coiled strip cylinder mechanism and compresses Roller mechanism, the coiled strip cylinder mechanism includes shaft, and the roller mechanism that compresses includes compressing roller, described to compress between roller and shaft It is provided with interval, the first driving mechanism that the back side of the panel is disposed with for while driving compresses roller, shaft rotates With the second driving mechanism for driving reel, the first straining pulley, the second straining pulley to rotate simultaneously.

Preferably, the tension sensing of constant-tension of the lower section setting of the number oiling device for controlling yarn Device.

Preferably, the yarn wire charging mechanism includes support plate, one end of the support plate is fixedly connected with panel, institute The other end for stating support plate is provided with entrance hole, and first support, line crossing bracket and second are disposed in the middle part of the support plate Bracket, the first support and the second support are provided with cable-through hole.

Preferably, the coiled strip cylinder mechanism and compress and be provided with arc-shaped slide rail between roller mechanism, it is described to support roller machine Structure further includes glide base, and the glide base is provided with rotating module and rotating module self-locking structure, the rotating module Lower end is provided with sliding bar, and the sliding bar is slidably connected with arc-shaped slide rail, the right side for compressing roller and being set to glide base.

Preferably, first driving mechanism includes that first motor, the first driving wheel, the first driven wheel and second are driven Wheel, the motor shaft of the first motor and the first driving wheel drive connection, first driving wheel, the first driven wheel and second from Driving wheel is connected by toothed belt transmission, and the glide base is provided with third driven wheel and help roll, the third driven wheel with First driven wheel by toothed belt transmission connect, the help roll by synchronous belt respectively at third driven wheel, compress roller transmission Connection；One end of second driven wheel and shaft is drivingly connected.

Preferably, second driving mechanism include the second motor, it is the second driving wheel, the 4th driven wheel, the 5th driven Wheel and the 6th driven wheel, the motor shaft of second motor and the second driving wheel drive connection, second driving wheel, the 4th from Driving wheel, the 5th driven wheel and the 6th driven wheel are connected by toothed belt transmission, the 4th driven wheel and reel coaxial transmission Connection, the 5th driven wheel are connect with the first straining pulley coaxial transmission, and the 6th driven wheel is coaxially passed with the second straining pulley Dynamic connection.

Preferably, being provided with the first auxiliary seal wire reel right above the reel；First straining pulley Underface is provided with the second auxiliary seal wire reel；Third auxiliary seal wire coiling is provided with immediately below second straining pulley Wheel.

Preferably, the middle part setting of the shaft there are two annular empty slot, is provided in the annular empty slot and compresses bullet Spring, the shaft are internally provided with for controlling the push rod for compressing spring extension or compression, and shaft is stretched out in one end of the push rod Outside and be connected with for driving push rod the control-rod to stretch in shaft.

Preferably, the external peripheral surface for compressing roller is provided with yarn guiding trough.

This reality new wire bonder, including panel the utility model has the advantages that a kind of filament stretch thermal finalization number oils, the panel Front is disposed with yarn wire charging mechanism, reel group, straining pulley group, digital oiling device and coiling apparatus, the coiling Wheel group includes the reel on the right side of yarn wire charging mechanism, is provided with yarn buffer on the left of the yarn wire charging mechanism, The straining pulley group is located at the top of yarn wire charging mechanism, the straining pulley group include the first straining pulley and with the first straining pulley phase To the second straining pulley of setting, the number oiling device is located at the top of straining pulley group, and the number oiling device includes upper Oily device and rice counting wheel.The coiling apparatus is located at the top of digital oiling device, and the coiling apparatus includes coiled strip cylinder mechanism With compress roller mechanism, the coiled strip cylinder mechanism includes shaft, and the roller mechanism that compresses includes compressing roller, described to compress roller and turn Interval is provided between axis, the back side of the panel is disposed with for while driving compresses roller, first that shaft rotates drives Motivation structure and the second driving mechanism for driving reel, the first straining pulley, the second straining pulley to rotate simultaneously, yarn are online from yarn Mechanism starts online, is then successively set around reel, the first straining pulley, the second straining pulley, yarn buffer, tension inductor With digital oiling machine, finally from the interval compressed between roller and tube across and being set around the external peripheral surface of tube, first drives Motivation structure drives simultaneously compresses roller, shaft rotation, and the second driving mechanism drives reel, the first straining pulley, the second tension simultaneously Wheel rotation guarantees that yarn can accomplish monofilament drawing-off, thermal finalization so that yarn obtains multiple transmission power, number oil and The held stationary in routing, finished product density is uniform, greatly improves product quality, shortens working hours, improves working efficiency.

Detailed description of the invention

Fig. 1 is the new schematic perspective view of this reality.

Fig. 2 is the new main view of this reality.

Fig. 3 is the schematic perspective view of the new yarn wire charging mechanism of this reality.

Fig. 4 is the partial structural diagram of the new coiling apparatus of this reality.

Fig. 5 is the structural schematic diagram of new first driving mechanism of this reality.

Fig. 6 is the structural schematic diagram of new second driving mechanism of this reality.

Fig. 7 is the schematic perspective view of the new coiled strip cylinder mechanism of this reality.

Fig. 8 is the structural schematic diagram that this reality newly compresses a roller wherein embodiment.

Fig. 9 is the structural schematic diagram that this reality newly compresses another embodiment of roller.

Specific embodiment

1 the present invention is described further to attached drawing 9 and specific embodiment with reference to the accompanying drawing.

As shown in Figure 1 to Figure 2, a kind of filament stretch thermal finalization number oils wire bonder, including panel 1, the panel 1 Front is disposed with yarn wire charging mechanism 2, reel group 3, straining pulley group 4, digital oiling device 7 and coiling apparatus 5, described Reel group 3 includes the reel 31 positioned at 2 right side of yarn wire charging mechanism, and the left side of the yarn wire charging mechanism 2 is provided with yarn Line buffer 6, the straining pulley group 4 are located at the top of yarn wire charging mechanism 2, and the straining pulley group 4 includes the first straining pulley 41 With the second straining pulley 42 being arranged with 41 Duis of the first straining pulley phase, the number oiling device 7 is located at the top of straining pulley group 4, The number oiling device includes oiling machine and rice counting wheel, and the coiling apparatus 5 is located at the top of digital oiling device 7, described Coiling apparatus 5 includes coiled strip cylinder mechanism 51 and compresses roller mechanism 52, and the coiled strip cylinder mechanism 51 includes shaft 511, described Compressing roller mechanism 52 includes compressing roller 521, and described compress is provided with interval between roller 521 and shaft 511, the back of the panel 1 Face be disposed with for and meanwhile driving compress roller 521, the first driving mechanism that shaft 511 rotates and simultaneously drive reel 31, the second driving mechanism that the first straining pulley 41, the second straining pulley 42 rotate.

The present embodiment by spool be set to shaft 511 excircle, yarn is online since yarn wire charging mechanism 2, then according to Secondary to be set around reel 31, the first straining pulley 41, the second straining pulley 42 and yarn buffer 6, digital oiling machine 7 is finally from compressing Interval between roller 521 and tube is across and being set around the external peripheral surface of tube, the first driving mechanism drives compress roller simultaneously 521, shaft 511 rotates, and the second driving mechanism drives reel 31, the first straining pulley 41, the rotation of the second straining pulley 42 simultaneously, makes It obtaining yarn and obtains multiple transmission power, reel 31, the first straining pulley 41, the second straining pulley 42 are arranged in angular distribution, Guarantee that yarn can oil in revolution at a high speed, traction, thermal finalization, number, relatively steady, cylinder yarn even density when winding improves Product quality shortens working hours, improves working efficiency.

During this reality is new, yarn buffer 6 is provided with the hook that can be vibrated up and down, and yarn passes through from hook, hook according to Unwrapping wire length in yarn winding process adjusts upper and lower displacement, realizes the buffering to length of yarn surplus.

In addition, heating device is provided in first straining pulley 41 and in the second straining pulley 42, for yarn during this reality is new Line plates, and prevents from being bent.

In the present embodiment, the surface of the reel 31 is provided with the first auxiliary reel 32；First straining pulley 41 underface is provided with the second auxiliary reel 43；The underface of second straining pulley 42 is provided with third auxiliary reel 44, it is all for increasing yarn that the first auxiliary reel 32, first, which assists the effect of reel 43, third auxiliary reel 44, Power needs respectively in reel 31 and the first auxiliary reel 32, the first straining pulley 41 and the second auxiliary reel 43, second Wheels 42 and 8~12 circle of third auxiliary reel 44 winding differ.

In the present embodiment, digital oiling device 7 controls oiling to yam surface number, increases yarn oil content, makes yarn Have high speed sewing characteristic, better adapts to intelligent sewing.

In the present embodiment, the lower section of the number oiling device 7 is provided with tension sensor 8, and tension sensor 8 is for examining The tension value of yarn is surveyed, and feeds back and arrives controller, the revolving speed of motor is adjusted, so that it is guaranteed that the identical tension of yarn.

As shown in figure 3, the yarn wire charging mechanism 2 includes support plate 21, one end of the support plate 21 in the present embodiment It is fixedly connected with panel 1, the other end of the support plate 21 is provided with entrance hole 22, and the middle part of the support plate 21 is set gradually There are first support 23, line crossing bracket 24 and second support 25, the first support 23 and the second support 25 were provided with line Hole 26, yarn are worn by entrance hole 22 to the upper end of support plate 21 from the bottom of support plate 21, then once pass through first support 23, line crossing bracket 24 and second support 25, further around to reel 31, line crossing bracket 24 can effectively limit the inlet wire direction of yarn.

As shown in figure 4, in the present embodiment, the coiled strip cylinder mechanism 51 and compress that arc is provided between roller mechanism 52 is sliding Rail 53, the roller mechanism 52 that compresses further includes glide base 522, and the glide base 522 is provided with rotating module 523 and rotation Module self-locking structure 524, the lower end of the rotating module 524 are provided with sliding bar 525, the sliding bar 525 and arc-shaped slide rail 53 are slidably connected, and the right side for compressing roller 521 and being set to glide base 522, yarn is between compressing between roller 521 and tube After passing through, and be set around the external peripheral surface of tube, driving glide base 522 is swung towards tube direction, and sliding bar 525 is along arc Shape sliding rail 53 slides, and compresses roller 521 and compresses tube, the first driving mechanism can drive simultaneously compress roller 521 and shaft 511 (turn Axis 511 drives tube rotation) it rotates simultaneously, it compresses roller 521 and tube contradicts when rotating, can enable Yarn homogeneous is wound up into yarn Cylinder surface is conducive to improve the uniformity coefficient in yarn winding to tube.

When this reality newly compresses roller 521 and compresses tube, sliding bar 525 slides into the highest point of arc-shaped slide rail 53, at this point, sliding The bottom surface of bar 525 and the groove face of arc-shaped slide rail 53 generate biggish frictional force in mutually conflict state, in the work of the frictional force Under, glide base 522 can be effectively prevent to reset, achieved the purpose that self-locking；It, need to be by turning when glide base 522 resets Dynamic model block self locking structure 524 releases the stationary state of rotating module 523, and rotating module 523 is rotated, then by outer Power makes the bottom surface of sliding bar 525 and the groove face of arc-shaped slide rail 53 be detached from and release, and releases above-mentioned frictional force, glide base 522 is It can arcuately the sliding of sliding rail 53 reset, compress roller 521 and be detached from tube.

As shown in figure 5, first driving mechanism includes first motor 91, the first driving wheel 92, first in the present embodiment Driven wheel 93 and the second driven wheel 94, the motor shaft of the first motor 91 and the first driving wheel 92 are drivingly connected, and described first Driving wheel 92, the first driven wheel 93 are connected with the second driven wheel 94 by toothed belt transmission, and the glide base 522 is provided with Three driven wheels and help roll, the third driven wheel are connect with the first driven wheel 93 by toothed belt transmission, and the help roll is logical Cross synchronous belt respectively at third driven wheel, compress roller 521 be sequentially connected；Second driven wheel 94 and one end of shaft 511 are driven Dynamic connection drives the first driving wheel 92, the first driven wheel 93 and the second driven wheel 94 to rotate by first motor 91, and first is driven Wheel 93 and the second driven wheel 94 then drive and compress roller 521, shaft 511 rotates, and compress roller 521 and tube contradicts when rotating, can Enable Yarn homogeneous is wound up into tube surface, is conducive to improve the uniformity coefficient in yarn winding to tube.

As shown in fig. 6, second driving mechanism includes the second motor 95, the second driving wheel the 96, the 4th in the present embodiment Driven wheel 97, the 5th driven wheel 98 and the 6th driven wheel 99, the motor shaft of second motor 95 and the second driving wheel 96 drive Connection, second driving wheel 96, the 4th driven wheel 97, the 5th driven wheel 98 and the 6th driven wheel 99 are connected by toothed belt transmission It connects, the 4th driven wheel 97 is connect with 31 coaxial transmission of reel, and the 5th driven wheel 98 and the first straining pulley 41 are coaxial Transmission connection, the 6th driven wheel 99 are connect with 42 coaxial transmission of the second straining pulley, main by the second motor 95 driving second Driving wheel 96, the 4th driven wheel 97, the 5th driven wheel 98 and the rotation of the 6th driven wheel 99, the 4th driven wheel 97 drive reel 31 same Axis rotation, the 5th driven wheel 98 drive the first straining pulley 41 to rotate coaxially, and the 6th driven wheel 99 drives the second straining pulley 42 coaxial Rotation.

As shown with 7, in the present embodiment, the setting of the middle part of the shaft 511 is there are two annular empty slot, in the annular empty slot It being provided with and compresses spring 5111, the shaft 511 is internally provided with for controlling the push rod for compressing the extension of spring 5111 or compression, One end of the push rod stretches out the outside of shaft 511 and is connected with the control-rod to stretch in shaft 511 for driving push rod 5112, push rod is pushed by control-rod 5112, so that compressing the compression of spring 5111, then tube is sheathed on to the outer circle of shaft 511 Week push rod is pushed by control-rod 5112, so that compressing the extension of spring 5111, compresses the inner periphery that spring 5111 compresses tube, Fixed tube.

As shown in figure 8, in the present embodiment, compressing the body surface of roller 521, there is no yarn guiding troughs 5211, are compressed using such Roller 521 (cooperation straight tube shape tube), yarn make lateral reciprocating motion, and the density between the yarn laid out is relatively small, yarn with Gap between yarn is larger, and applicable wire bonder breaks into small a finished product sewing thread；As shown in figure 9, compressing roller in the present embodiment 521 stack shell surface is equipped with yarn guiding trough 5211, compresses roller 521 (cooperation Y shape spool) using this structure, yarn is along yarn guiding trough 5211 traverse motions, the density between the yarn laid out is relatively large, and the gap between yarn and yarn is smaller, belongs to finished product Sewing thread can be used directly on sewing machine.

The above content is only the new preferred embodiment of this reality, for those of ordinary skill in the art, new according to this reality Thought, there will be changes in the specific implementation manner and application range, and the content of the present specification should not be construed as new to this reality Limitation.

Claims

Wire bonder, including panel 1. a kind of filament stretch thermal finalization number oils, it is characterised in that: the front of the panel is successively Being provided with yarn wire charging mechanism, reel group, straining pulley group, digital oiling device and coiling apparatus, the reel group includes Reel on the right side of yarn wire charging mechanism is provided with yarn buffer, the tension on the left of the yarn wire charging mechanism Wheel group is located at the top of yarn wire charging mechanism, and the straining pulley group includes the first straining pulley and is oppositely arranged with the first straining pulley Second straining pulley, the number oiling device are located at the top of straining pulley group, and the number oiling device includes oiling machine and meter Rice wheel, the coiling apparatus are located at the top of digital oiling device, and the coiling apparatus includes coiled strip cylinder mechanism and compresses roller Mechanism, the coiled strip cylinder mechanism includes shaft, and the roller mechanism that compresses includes compressing roller, and described compress sets between roller and shaft Be equipped with interval, the back side of the panel be disposed with for and meanwhile driving compress roller, shaft rotation the first driving mechanism and The second driving mechanism for driving reel, the first straining pulley, the second straining pulley to rotate simultaneously.
The wire bonder 2. a kind of filament stretch thermal finalization number according to claim 1 oils, it is characterised in that: the number The tension sensor for controlling the constant-tension of yarn is arranged in the lower section of oiling device.
The wire bonder 3. a kind of filament stretch thermal finalization number according to claim 1 oils, it is characterised in that: the yarn Wire charging mechanism includes support plate, and one end of the support plate is fixedly connected with panel, the other end of the support plate be provided with into String holes is disposed with first support, line crossing bracket and second support, the first support and described in the middle part of the support plate Two brackets are provided with cable-through hole.
The wire bonder 4. a kind of filament stretch thermal finalization number according to claim 1 oils, it is characterised in that: the coiled strip It cylinder mechanism and compresses and is provided with arc-shaped slide rail between roller mechanism, the roller mechanism that compresses further includes glide base, the sliding Pedestal is provided with rotating module and rotating module self-locking structure, and the lower end of the rotating module is provided with sliding bar, the sliding Bar is slidably connected with arc-shaped slide rail, the right side for compressing roller and being set to glide base.
The wire bonder 5. a kind of filament stretch thermal finalization number according to claim 4 oils, it is characterised in that: described first Driving mechanism includes first motor, the first driving wheel, the first driven wheel and the second driven wheel, the motor shaft of the first motor with First driving wheel is drivingly connected, and first driving wheel, the first driven wheel and the second driven wheel are connected by toothed belt transmission, institute It states glide base and is provided with third driven wheel and help roll, the third driven wheel and the first driven wheel are connected by toothed belt transmission Connect, the help roll by synchronous belt respectively at third driven wheel, compress roller transmission connection；Second driven wheel and shaft One end is drivingly connected.
The wire bonder 6. a kind of filament stretch thermal finalization number according to claim 1 oils, it is characterised in that: described second Driving mechanism includes the second motor, the second driving wheel, the 4th driven wheel, the 5th driven wheel and the 6th driven wheel, second electricity The motor shaft of machine and the second driving wheel are drivingly connected, and second driving wheel, the 4th driven wheel, the 5th driven wheel and the 6th are driven Wheel is connected by toothed belt transmission, and the 4th driven wheel is connect with reel coaxial transmission, the 5th driven wheel and first The connection of straining pulley coaxial transmission, the 6th driven wheel are connect with the second straining pulley coaxial transmission.
The wire bonder 7. a kind of filament stretch thermal finalization number according to claim 1 oils, it is characterised in that: the coiling The first auxiliary reel is provided with right above wheel；The second auxiliary reel is provided with immediately below first straining pulley；Institute It states and is provided with third auxiliary reel immediately below the second straining pulley.
The wire bonder 8. a kind of filament stretch thermal finalization number according to claim 1 oils, it is characterised in that: the shaft Middle part setting there are two annular empty slot, be provided in the annular empty slot and compress spring, the shaft, which is internally provided with, to be used for Control compresses the push rod of spring extension or compression, and one end of the push rod is stretched out the outside of shaft and is connected with for driving push rod The control-rod to stretch in shaft.
The wire bonder 9. a kind of filament stretch thermal finalization number according to claim 1 oils, it is characterised in that: described to compress The external peripheral surface of roller is provided with yarn guiding trough.