CN207467805U - Lick-up machine - Google Patents
Lick-up machine Download PDFInfo
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- CN207467805U CN207467805U CN201720909050.0U CN201720909050U CN207467805U CN 207467805 U CN207467805 U CN 207467805U CN 201720909050 U CN201720909050 U CN 201720909050U CN 207467805 U CN207467805 U CN 207467805U
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Abstract
Lick-up machine provided by the utility model includes feed device and coiler device, coiler device includes the first coiler device and the second coiler device, lick-up machine is also comprising changed course pedrail mechanism, either-rotation motor, from dynamic circuit breaker cloth apparatus, changed course pedrail mechanism is arranged between feed device and coiler device, either-rotation motor driving changed course pedrail mechanism is rotated counterclockwise or is rotated clockwise, and is electrically connected from dynamic circuit breaker cloth apparatus with motor.The lick-up function is automatically completed the action of volume, disconnected cloth, last volume, avoids danger, saves artificial.
Description
Technical field
The utility model is related to cloth production technical field, more particularly to a kind of lick-up machine.
Background technology
In the production line of cloth, product volume is around being an essential link.In the winding link, one is utilized
Coloning rolling device by cloth in take-up roll, so as to be formed for the coiled material of subsequent production link.
Existing cloth doffing machine is relatively simple.As shown in Figure 1, existing doffing machine include driving wheel 1 ', take-up roll 2 ',
Pressure adjusting lever 3 ', driving wheel 1 ' drive rotation by a driving mechanism, pass through frictional force between driving wheel 1 ' and take-up roll 2 '
Transmission, drives take-up roll 2 ' to rotate, and direction of rotation is opposite with the direction of rotation of driving wheel 1 '.Driving wheel 1 ' and take-up roll 2 '
Circumferential surface is rough surface, can cling cloth.During the work time, cloth is guided to driving wheel using a guide-in roller 4 '
1 ', cloth contacts driving wheel 1 ' at A points, and is attached on the circumferential surface of driving wheel 1 ', as driving wheel 1 ' rotates together.When
Driving wheel 1 ' drive the cross-section end of cloth from A points rotate to B points when, need worker cloth is guided to driving wheel 1 ' with hand and
Between take-up roll 2 ', make it from passing through therebetween and be attached on 2 ' circumferential surface of take-up roll.Cloth is in driving wheel 1 ' and take-up roll
Under 2 ' relative rotation and extruding, by B points, and the circumferential surface of take-up roll 2 ' is attached to, as take-up roll 2 ' rotates a circle, then
It is secondary when returning to B points, if the cross-section end of the cloth at B points is not fitted in the circumferential surface of take-up roll 2 ' well at this time
On, worker also needs to that the end of cloth is maintained on the circumferential surface of take-up roll 2 ' with hand, help the end of cloth again into
Enter between driving wheel 1 ' and take-up roll 2 ', until the cloth that B points are continuously rotated to from A points covers, worker namely complete
The action of volume.In the pressure-regulating device of take-up roll 2 ', such as pressure adjusting lever 3 ', under the action of, take-up roll 2 ' is by with suitable
Pressure be pressed against on the circumferential surface of driving wheel 1 ' and rotate, cloth is layer by layer in take-up roll 2 '.
If winding is thin material, then often 40-60 minutes will fracture；If winding is thick material, then per 20-30
Minute will fracture, therefore, in the winding process of cloth, worker need complete monitoring wind progress, to break in time
Material.In fracture, worker needs control manually, such as hand off or is manually pressed by the switch of disconnecting device and cuts cloth
It is disconnected, and the coiled material wound is removed from take-up roll, and carry out the work of change of lap axis.Due to be wound with the 2 ' size of take-up roll of coiled material compared with
It is big and heavier, it usually needs 3-4 worker could cooperate completion change of lap axis work, and one side someone is broken cloth, and one side someone will
The take-up roll for spooling cloth is taken away, also need on one side two workers by the new end of cloth in empty take-up roll.
Above-mentioned existing doffing machine is required for worker hand-manipulated in upper volume and last volume, and during operation, the finger of worker is non-
Very close to driving wheel 1 ' and take-up roll 2 ', it accidentally will result in finger and be extruded injured even hair by around the thing entered
Therefore there are larger security risks.In addition, in winding process, worker needs the progress that complete monitoring is wound, in production district not
It patrols away, check disconnectedly, to carry out the work of fracture, change of lap in time, therefore, in the winding link of cloth, consume more
Manpower.
Invention content
In view of the problems of the existing technology, the purpose of this utility model is to provide a kind of improved lick-ups
Machine, which is automatically completed volume, disconnected cloth, last volume action, and without manually monitoring winding process, avoids work
People's existing security risk in upper and lower volume and disconnected cloth, and save manpower.
To achieve the above object, the lick-up machine of the utility model includes feed device and coiler device, coiler device
Comprising the first coiler device and the second coiler device, lick-up machine is also comprising changed course pedrail mechanism, either-rotation motor, from dynamic circuit breaker cloth
Device, changed course pedrail mechanism are arranged between feed device and coiler device, and either-rotation motor driving changed course pedrail mechanism is counterclockwise
It rotates or rotates clockwise, be electrically connected from dynamic circuit breaker cloth apparatus with motor.
Further, the first coiler device includes the first driving wheel, first winding roller, first around bracing strut, first pressure
Adjusting rod, first winding roller can be mounted on first on bracing strut, and first pressure adjusting rod acts on the both ends of first winding roller,
Second coiler device includes the second driving wheel, second winding roller, second around bracing strut, second pressure adjusting rod, second winding roller
Second can be mounted on bracing strut, second pressure adjusting rod acts on the both ends of second winding roller.
Further, the control device of the control device of first pressure adjusting rod and second pressure adjusting rod with from dynamic circuit breaker cloth
Device is electrically connected.
Further, changed course pedrail mechanism be triangle pedrail mechanism, comprising first pulley, the second belt wheel, third belt wheel and
Alter course crawler belt, and one of them of first pulley, the second belt wheel, third belt wheel are the driving pulleys being connected with either-rotation motor；First
Belt wheel, the second belt wheel, third belt wheel are located at the inside of changed course crawler belt；Third belt wheel is located at the discharge outlet of feed device；First
Belt wheel is located at from discharge outlet slightly at a distance and positioned at third belt wheel oblique upper, and changed course crawler belt is made to have at third belt wheel to the
Tiltedly upper part at one belt wheel；Second belt wheel, which is located at, separates out material mouth slightly at a distance and positioned at third belt wheel obliquely downward, makes changed course crawler belt
With the part obliquely downward at third belt wheel at the second belt wheel.
Further, the first striker plate is set between the changed course crawler belt lateral surface at first pulley and first winding roller,
There are gap between the circumferential surface of first striker plate and the first driving wheel, changed course crawler belt lateral surface and volume Two at the second belt wheel
Second striker plate is set between roller, and there are gaps between the second striker plate and the circumferential surface of the second driving wheel.
Further, changed course of the changed course crawler belt lateral surface at first pulley at the first driving wheel, the second belt wheel is carried out
Band lateral surface is close to the second driving wheel.
Further, third belt wheel is driving wheel, is connect with either-rotation motor, and is driven and rotate by either-rotation motor.
Further, it is oblique from the discharge outlet of feed device in the outside of changed course crawler belt along the tiltedly upper part of changed course crawler belt
Setting gradually one upwards, tiltedly above it is divided in changed course striker plate and the first driving wheel, the oblique top of oblique upper changed course striker plate and the crawler belt that alters course
Between there are gap, be known as E1 closest to part between the changed course crawler belt lateral surface at the circumferential surface and first pulley of the first driving wheel
Place, tiltedly the upper side that striker plate is located at E1 that alters course, the opposite side at E1 set the first striker plate and first winding roller successively；
Along the part obliquely downward of changed course crawler belt, in the outside of changed course crawler belt, one is set gradually obliquely tiltedly from the discharge outlet of feed device
Lower changed course striker plate and the second driving wheel is altered course between striker plate and the part obliquely downward for the crawler belt that alters course obliquely downward there are gap, and second
It is known as at E2 closest to part between changed course crawler belt lateral surface at the circumferential surface of driving wheel and the second belt wheel, alter course striker plate obliquely downward
Side at E2, the opposite side at E2 set the second striker plate and second winding roller successively..
Further, the first inductor, the second inductor and cutter, the first inductor and second are included from dynamic circuit breaker cloth apparatus
Inductor is separately positioned near first winding roller and second winding roller, and cutter is arranged on the top of feed device.
Further, cutter is the hot knife of heating wire structure.
The lick-up function of the utility model is automatically completed volume, disconnected cloth, last volume operation, without manually participating in these
Dangerous work, and in entire winding process, monitored without artificial, therefore, compared with existing doffing machine, this
The lick-up machine of utility model not only avoids security risk, also reduces work post and manpower, improves the efficiency of winding.
Description of the drawings
The utility model is made below in conjunction with the accompanying drawings further to describe and illustrate.
Fig. 1 is the schematic diagram of existing doffing machine.
Fig. 2 is the schematic diagram of the lick-up machine of the utility model first choice embodiment.
Specific embodiment
As shown in Fig. 2, the lick-up machine of the utility model first choice embodiment includes feed device 1, changed course tracked machine
Structure 2, coiler device.Feed device 1 is used to the cloth W that cloth production system is formed being transmitted to lick-up machine 1, then by changing
Cloth W is sent to coiler devices to pedrail mechanism 2, and cloth W is wound into coiled material by last coiler device.
Feed device 1 is set close to changed course pedrail mechanism 2, sends cloth W to changed course pedrail mechanisms 2.In this implementation
In mode, as an example, feed device 1 is the crawler belt transmission mechanism that two-wheeled drives, it can realize that one-way circulation rotates.In other realities
Apply in mode, other kinds of feed device, if can by cloth keep flatly, continuously send pedrail mechanism to
2, it can be used in the lick-up machine of the utility model.
Changed course pedrail mechanism 2 is used to cloth W being sent to coiler device (in Fig. 2 shown in dotted line).Preferably, alter course crawler belt
Mechanism 2 is triangular loop around pedrail mechanism, and it includes first pulley 21, the second belt wheel 22, third belt wheel 23 and a changed courses to carry out
Band 24.First pulley 21, the second belt wheel 22, third belt wheel 23 are distributed on three angles of a triangle, and alter course 24 ring of crawler belt
Around ground on these three belt wheels, driven by the rotation of these three belt wheels and support 24 pitch of the laps of changed course crawler belt recycles.Preferably,
One belt wheel 21, the second belt wheel 22, third belt wheel 23 are distributed on three angles of an isosceles triangle, in this way, first pulley 21
The distance transmitted between third belt wheel 23, between the second belt wheel 22 and third belt wheel 23 is identical, upper and lower two coiler devices
Position can be arranged to consistency from top to bottom, better appearance.In other embodiments, these three belt wheels can also be distributed in non-isosceles
On three angles of triangle, the pitch of the laps circle transmission of changed course crawler belt equally can be also realized, only the biography between two neighboring belt wheel
It is defeated apart from unequal, the position of upper and lower coiler device may be staggered.
One of them in first pulley 21, the second belt wheel 22, third belt wheel 23 is driving wheel, other two is crawler belt branch
Support wheel when driving wheel is driven to rotate, can drive changed course crawler belt 24 to transmit, and changed course crawler belt 24 drives another two belt wheel one again
Rotation is played, so as to fulfill the circle transmission of edge changed course crawler belt 24.In the present embodiment, it is preferable that be in the height direction
Third belt wheel 23 between 21 and second belt wheel 22 of first pulley is driving wheel.
Coiler device includes the first coiler device 31 and the second coiler device 32.First coiler device 31 and volume Two install around
Put 32 both sides up and down for being separately positioned on changed course pedrail mechanism 2.First coiler device 31 includes the first driving wheel 31a, the first volume
Around roller 31b, first around bracing strut 31c, first pressure adjusting rod 31d.Preferably, the first driving wheel 31a and first winding roller 31b
Mounting axis parallel and in same level.
First winding roller 31b is placed on the first cloth for being used to wind certain length on bracing strut 31c.Cloth roll around
In the process, the rotating shaft position of the first driving wheel 31a is constant, and with the increase of roll diameter, first winding roller 31b away from
It slowly moves in the direction of first driving wheel 31a.Preferably, first winding roller 31b when first driving wheel 31a drives itself
It cannot actively rotate, can ensure in winding process in this way, the cloth on first winding roller 31b will not be by first winding roller 31b
It tenses, but under the frictional force effect of the first driving wheel 31a, it is natural, snugly on first winding roller 31b.
First is equipped with the locating part for first winding roller 31b settings around bracing strut 31c so that is not yet winding cloth
When, empty first winding roller 31b and the first driving wheel 31a have with respect to part at least can allow for one layer of cloth between
Gap.Preferably, gap 1mm~10mm.When the end row of cloth is to empty first winding roller 31b and the first driving wheel 31a phases
During to the gap of part, the end of cloth can be clung by the glue-line on the circumferential surface of empty first winding roller 31b, if the gap surpasses
One layer of fabric thickness is crossed, cloth will continue to accumulate here, until filling up the gap and squeezing first winding roller respectively to both sides
31b and the first driving wheel 31a makes therebetween there are pressure, the first driving wheel 31a so as to which first winding roller 31b be driven to rotate,
The two rotation direction is opposite.
Preferably, first pressure adjusting rod 31d is divided to for two, is pressed respectively against the both ends of first winding roller 31b or from the
It unclamps at the both ends of one take-up roll 31b.The mode of the state transformation of first pressure adjusting rod 31d is controlled, can include but is not limited to
Pneumatically, spring, electromagnetic force etc..
When first pressure adjusting rod 31d is pressed on the both ends of first winding roller 31b, first winding roller 31b exist towards
The trend of first driving wheel 31a movements, during cloth is wound, is deposited between first winding roller 31b and the first driving wheel 31a
In suitable pressure, the first driving wheel 31a is pressed in the first winding roller 31b rotations that volume is driven to have cloth on cloth, the two rotation
Direction is opposite.As shown in Fig. 2, the first driving wheel 31a is rotated clockwise, first winding roller 31b is driven to rotate counterclockwise winding cloth
Material.
When first pressure adjusting rod 31d is unclamped from the both ends of first winding roller 31b, first winding roller 31b can be by
It is removed on bracing strut 31c from first.
First driving wheel 31a is driven by a driving mechanism to be rotated.
Second coiler device 32 includes the second driving wheel 32a, second winding roller 32b, second around bracing strut 32c, the second pressure
Draft control lever 32d.Second winding roller 32b can be mounted in second on bracing strut 32c, each section setting of the second coiler device 32 with
First coiler device 31 corresponds to.Second driving wheel 32a is driven by a driving mechanism to be rotated, and the second driving wheel 32a relies on frictional force
Second winding roller 32b rotations are driven, the direction of rotation of second winding roller 32b is opposite with the direction of rotation of the second driving wheel 32a.The
The both ends that two pressure adjusting lever 32d are pressed in the axis of second winding roller 31b can simultaneously unclamp when needed.
It will be understood by those skilled in the art that arrive, in addition to pressure adjusting lever, as long as state can unclamp and with
Suitable pressure switches, and be adapted to press against the pressure-regulating device at take-up roll both ends between pushing down, and can use.
As shown in Fig. 2, at the discharging of feed device 1, one discharging striker plate 15 of setting, the feeding plane of feed device 1
Form a tapping channel of the output cloth of feed device 1 together with discharging striker plate 15, there are one discharge for tapping channel tool
Mouth 17.The gap that discharge port 17 has certain altitude for one, in height at least more than the thickness of one layer of cloth, but also should not be too
Height, cloth of being subject to by discharge port can substantially flat, the height of discharge port can adjust as needed.
The third belt wheel 23 of changed course pedrail mechanism 2 is arranged at the discharge port 17 of feed device 1, and first pulley 21 is set
Separating out material mouth 17 slightly at a distance, positioned at the oblique upper of third belt wheel 23, the second belt wheel 22, which is arranged on, separates out material mouth 17 slightly at a distance, position
In the obliquely downward of third belt wheel 23, so as to make the tool of changed course crawler belt 24 there are one at third belt wheel 23 to oblique at first pulley 21
Upper part and one are at third belt wheel 23 to the part obliquely downward at the second belt wheel 22.
We enclose the inside that the part come be referred to as changed course crawler belt at the crawler belt that alters course, it is seen then that first pulley, the second belt wheel, the
Three belt wheels are respectively positioned on the inside of changed course crawler belt.
Changed course crawler belt 24 it is oblique on part outside, be disposed with an oblique upper changed course striker plate 251 and the obliquely
One driving wheel 31a.First driving wheel 31a is set to the crawler belt lateral surface that alters course at first pulley 21.First driving wheel 31a
Circumferential surface and first pulley 21 at changed course crawler belt lateral surface between be known as at E1 closest to part.Gap at E1 for 1mm~
10mm.Tiltedly upper changed course striker plate 251 is between the first driving wheel 31a and the discharge port 17 of feed device 1, with the crawler belt 24 that alters course
Oblique top point between there are certain intervals, swimmingly transmitted under the drive of changed course crawler belt 24 convenient for cloth.Preferably, on tiltedly
The gap at gap-ratio E1 between the oblique top point of changed course striker plate 251 and the crawler belt 24 that alters course is larger.
Tiltedly upper changed course striker plate 251 is preferably connected with discharging striker plate 15, ensures the smooth of cloth to form closed channel
Transmission.But it in other embodiments, is tiltedly not attached between upper changed course striker plate and discharging striker plate, there are certain intervals also may be used
With as long as the crawler belt that ensures to alter course is with during the transmission of F directions, cloth smoothly can enter the oblique of changed course crawler belt 24 from discharge port in Fig. 2
Channel between upper part and tiltedly upper changed course striker plate 251.
It is apparent that tiltedly upper changed course striker plate 251 is located at the side at E1；Opposite side at E1, equipped with the first striker plate
31e.When first winding roller 31b is when first is in place on bracing strut, the first striker plate 31e, which is located at first pulley 21, to be changed
Between crawler belt lateral surface and first winding roller 31b.There are one between the circumferential surface of first striker plate 31e and the first driving wheel 31a
Fixed gap, it is preferable that it is equal with the gap at E1 or larger than its, also formed one allow cloth by channel.
Preferably, the striker plate 251 that tiltedly above alters course is parallel to the tiltedly upper part of changed course crawler belt 24.
Preferably, the angle of the tiltedly upper part of changed course crawler belt 24 with respect to the horizontal plane is no more than 45 degree so that changed course crawler belt
During toward oblique upper transmission cloth, the frictional force between the tiltedly upper part of changed course crawler belt 24 and cloth can overcome cloth its own gravity
Effect, makes cloth steadily transmit obliquely upward.
Preferably, the circumferential direction of the first striker plate 31e and the first driving wheel 31a are parallel.
Accordingly, in the outside of the part obliquely downward of changed course crawler belt 24, at discharge port 17, it is disposed with one obliquely tiltedly
252 and second driving wheel 32a of lower changed course striker plate.Second driving wheel 32a is set to the crawler belt that alters course at the second belt wheel 22
Changed course crawler belt lateral surface is known as closest to part at E2 at lateral surface, the circumferential surface of the second driving wheel 32a and the second belt wheel 22.
Changed course striker plate 252 is located at the side at E2 obliquely downward；Opposite side at E2, equipped with the second striker plate 32e.When
When second is in place on bracing strut, the second striker plate 32e is located at the second belt wheel 22 to alter course outside crawler belt two take-up roll 32b
Between side and second winding roller 32b.There are certain intervals between the circumferential surface of second striker plate 32e and the second driving wheel 32a, excellent
Gap at selection of land and E2 is equal or larger than its.
Preferably, the striker plate 252 that alters course obliquely downward is parallel to the part obliquely downward of changed course crawler belt 24.
It sets by doing so, cloth W comes out from the discharge port 17 of feed device 1, and the end of cloth W and changed course crawler belt 24 connect
It touches.If changed course crawler belt 24 is driven as shown in Figure 2 around F directions, the frictional force between crawler belt 24 and cloth W that alters course make cloth W with
It changed course crawler belt 24 to transmit obliquely upward, the oblique above part of changed course crawler belt 24 and the striker plate that tiltedly above alters course are passed through in the end of cloth W
251 channels formed, E1 places, the first striker plate 31e and the first driving wheel 31a the channel that is formed of circumferential surface, the arrival first volume around
Roller 31b and the first driving wheel 31a are clung with respect to part, and by the glue-line of first winding roller 31b circumferential surfaces, until the first driving wheel
31a drives first winding roller 31b rotations to wind cloth W and stable operation.If the crawler belt 24 that alters course is around opposite with F directions
Transmission, the then frictional force between crawler belt 24 and cloth W that alters course make cloth W oliquely downward be transmitted with changed course crawler belt 24, cloth W's
End is passed through at the part obliquely downward of changed course crawler belt 24 and the channel for the formation of striker plate 252 that alters course obliquely downward, E2, the second striker plate 32e
The channel formed with the circumferential surface of the second driving wheel 32a reaches second winding roller 32b and the second driving wheel 32a with respect to part, and by
The glue-line of second winding roller 32b circumferential surfaces is clung, until the second driving wheel 32a drives second winding roller 32b rotations to wind cloth
W, and stable operation.
Lick-up machine also comprising either-rotation motor 4, is set close to third belt wheel 23, for driving the pedrail mechanism 2 that alters course.
Either-rotation motor 4 is sequentially connected with third belt wheel 23, and third belt wheel 23 can be driven to rotate forward or backwards, so as to drive crawler belt 24 just
To or rotate backward.Preferably, either-rotation motor 4 is servo motor, in other embodiments, can also use other bidirectional rotaries
Rotating motor.
Lick-up machine is also included from dynamic circuit breaker cloth apparatus, for automatic when sensing that cloth W is winding to preset length
Ground cut-out cloth W.The first inductor 51, the second inductor 52, cutter 53, the first inductor 51 and the are included from dynamic circuit breaker cloth apparatus
Two inductors 52 are separately positioned near first winding roller 31b and second winding roller 32b, are respectively used to sensing and are winding to first
Whether the cloth on take-up roll 31b and second winding roller 32b reaches preset length, and length is preset when detecting that wound cloth reaches
When spending, control circuit sends out instruction.
In this first choice embodiment, the first inductor 51 and the second inductor 52 are visited preferably by infrared ray sensor
Survey the cloth length by the first inductor or the second inductor.In other embodiments, it can also use other kinds of
Sensor realizes the detection for passing through cloth length.Cutter 53 is arranged near feed device 1, for receiving cut-out instruction
When cut-out cloth W.Preferably, cutter 53 is arranged on the top of feed device 1.In this first choice embodiment, cutter 53 uses
Be hot knife, further, using the hot knife of heating wire structure.In other embodiments, cutter 53 can also
Realize that cloth is cut off using modes such as electric heating blade, dise knife, cold cuts.
In preferred embodiment, from dynamic circuit breaker cloth apparatus and either-rotation motor 4, first pressure adjusting rod 31d control device,
The control device electrical connection of second pressure adjusting rod 32d.After cloth W is cut off from dynamic circuit breaker cloth apparatus, finger is sent out to either-rotation motor 4
Order, either-rotation motor 4 starts to rotate towards opposite direction after receiving instruction, and changed course pedrail mechanism 3 is driven to alter course, thus by cloth
Material W is transmitted to the second coiler device 32.
Based on above-mentioned embodiment, the course of work of the lick-up machine of the utility model first choice embodiment is as follows：
Either-rotation motor 4 drives the rotation counterclockwise of third belt wheel 23, and third belt wheel 23 drives crawler belt 24 to rotate counterclockwise, so as to
The cloth W that feed device 1 is sent is transmitted towards the first coiler device 31.When the length of first winding roller 31b winding clothes
For degree more than zero, the stalling of either-rotation motor 4 enters dormant state.Under the drive of the first driving wheel 31a, cloth W is automatically wound up into
On first winding roller 31b.When the first inductor 51 senses that the cloth W length wound on first winding roller 31b reaches preset value
When, control circuit issues instructions to cutter 53, begins to warm up electrical knife, when heated between when meeting default heating time, cutter
53 implement cutting, and the cloth W on feed device 1 is cut off.After the preset stand-by period, control circuit sends out instruction and unclamps
First pressure adjusting rod 31d so that coiled material can be removed from first on bracing strut 31c, so as to change empty take-up roll.
After cutter 53 cuts off cloth W, control circuit sends out reverse rotation instruction to either-rotation motor 4, and either-rotation motor 4 is reversed
Rotation, and third belt wheel 23 is driven to rotate clockwise, third belt wheel 23 drives crawler belt 24 to rotate clockwise, thus by feed device
The 1 cloth W sent is transmitted towards the second coiler device 32.It is more than zero when second winding roller 32b winds cloth length, it is two-way
The stalling of motor 4 enters dormant state.Under the drive of the second driving wheel 32a, cloth W is automatically wound up into second winding roller 32b
On.When the cloth coiled material that the second inductor 52 is sensed on second winding roller 32b reaches preset length, control circuit sends out finger
Enable to cutter 53, cutter 53 begins to warm up electrical knife, when heated between when meeting default heating time, cutter 53 implements cutting,
Cloth W on feed device 1 is cut off.After the preset stand-by period, control circuit sends out instruction and unclamps second pressure tune
Pole 32d so that coiled material can be removed from second on bracing strut 32c, so as to change empty take-up roll.When cutter 53 is cut off
After cloth W, control circuit sends out to either-rotation motor 4 rotate in the forward direction instruction again, and either-rotation motor 4 rotates in the forward direction again, lick-up
Machine enters the winding of subsequent cycle, and so in cycles, the first coiler device and the second coiler device are alternately wound, and are effectively carried
High cloth roll around efficiency.
In other embodiments, warning lamp can also be included from dynamic circuit breaker cloth apparatus, when having coiled material completion, warning lamp is bright,
Worker is prompted to prepare to replace spool, worker can also be readily observed, and further reduced work difficulty.Winding is completed a roll of
Coiled material wants dozens of minutes, and a workshop can set more lick-up machines, two take-up rolls on every lick-up machine
Within the time all spooled, the complete having time of worker discovers whether that the coiled material wound occurs and takes the coiled material spooled
Under.
The lick-up function of the utility model realizes automatic coiling, from dynamic circuit breaker cloth, lick-up, and worker need to will only wind
Good coiled material is removed, and replaces empty take-up roll.Compared with existing doffing machine, on the one hand, the lick-up machine of the utility model
Without manually upper volume, last volume, finger is squeezed close to the finger that driving wheel and take-up roll are be easy to cause when avoiding volume, last volume on worker
Pressure is dangerous.On the other hand, the lick-up machine of the utility model reduces volume on multi agent cooperation, process monitoring, manually shears
Work post saves artificial.
In other embodiments, the first coiler device 31 and the second coiler device 32 can share a driving wheel, i.e.,
First winding roller 31b and second winding roller 32b is driven to rotate using a driving wheel, can also realize that two coiler devices are handed in this way
For use, the efficiency of winding is provided.It is of course also possible to more coiler devices are set, such as 3 or 3 or more so that winding
It is more efficient.
Above-mentioned specific embodiment is only described the preferred embodiment of the utility model, and not to this practicality
Novel protection domain is defined.Under the premise of the utility model design conception and scope is not departed from, this field
Those of ordinary skill is according to word description provided by the utility model, attached drawing to made by the technical solution of the utility model
Various modifications, replacement and improvement should all belong to the protection category of the utility model.The scope of protection of the utility model will by right
Ask determining.
Claims (10)
1. a kind of lick-up machine, includes feed device and coiler device, which is characterized in that the coiler device includes the first volume
Winding apparatus and the second coiler device, the lick-up machine also comprising changed course pedrail mechanism, either-rotation motor, from dynamic circuit breaker cloth apparatus,
The changed course pedrail mechanism is arranged between the feed device and the coiler device, and the either-rotation motor drives the changed course
Pedrail mechanism is rotated counterclockwise or is rotated clockwise, described to be electrically connected from dynamic circuit breaker cloth apparatus with the motor.
2. lick-up machine as described in claim 1, which is characterized in that first coiler device include the first driving wheel,
Around bracing strut, first pressure adjusting rod, the first winding roller can be mounted on described first around bracing strut for first winding roller, first
On, the first pressure adjusting rod acts on the both ends of the first winding roller, and second coiler device includes second actively
Around bracing strut, second pressure adjusting rod, the second winding roller can be mounted on described second around axis for wheel, second winding roller, second
On stent, the second pressure adjusting rod acts on the both ends of the second winding roller.
3. lick-up machine as claimed in claim 2, which is characterized in that the control device of the first pressure adjusting rod and institute
The control device for stating second pressure adjusting rod is electrically connected with described from dynamic circuit breaker cloth apparatus.
4. lick-up machine as claimed in claim 2, which is characterized in that it is described changed course pedrail mechanism be, comprising first pulley,
Second belt wheel, third belt wheel and changed course crawler belt, first pulley, the second belt wheel, third belt wheel one of them be with it is described two-way
The driving pulley that motor is connected；The first pulley, the second belt wheel, third belt wheel are located at the inside of the changed course crawler belt；It is described
Third belt wheel is located at the discharge outlet of the feed device；The first pulley is located at from the discharge outlet slightly distant place and position
In the third belt wheel oblique upper, the changed course crawler belt is made to have at the third belt wheel on oblique at the first pulley
Part；Second belt wheel is located at from the discharge port slightly at a distance and positioned at the third belt wheel obliquely downward, carries out the changed course
Band has the part obliquely downward at the third belt wheel at second belt wheel.
5. lick-up machine as claimed in claim 4, which is characterized in that the changed course crawler belt lateral surface at the first pulley
First striker plate between the first winding roller is set, is deposited between first striker plate and the circumferential surface of first driving wheel
In gap, the second striker plate, institute are set between the changed course crawler belt lateral surface and the second winding roller at second belt wheel
State between the circumferential surface of the second striker plate and second driving wheel that there are gaps.
6. lick-up machine as claimed in claim 5, which is characterized in that the changed course crawler belt lateral surface at the first pulley leans on
Nearly first driving wheel, the changed course crawler belt lateral surface at second belt wheel is close to second driving wheel.
7. lick-up machine as claimed in claim 2, which is characterized in that the third belt wheel is driving wheel, with described pair
It is connected to motor, and is driven and rotate by the either-rotation motor.
8. lick-up machine as claimed in claim 5, which is characterized in that along the tiltedly upper part of the changed course crawler belt, described
The outside of changed course crawler belt, setting gradually one obliquely from the discharge outlet of feed device, tiltedly above changed course striker plate and described first is led
There are gap between the oblique top point of driving wheel, the tiltedly upper changed course striker plate and the changed course crawler belt, first driving wheel
It is known as at E1 closest to part between changed course crawler belt lateral surface at circumferential surface and first pulley, the tiltedly upper changed course striker plate is located at
Side at the E1, the opposite side at the E1 set first striker plate and the first winding roller successively；Described in
In the outside of the changed course crawler belt, one is set gradually from the discharge outlet of feed device obliquely for the part obliquely downward of changed course crawler belt
Alter course striker plate and second driving wheel obliquely downward, described to alter course obliquely downward between striker plate and the part obliquely downward of the changed course crawler belt
There are gap, it is known as E2 closest to part between the changed course crawler belt lateral surface at the circumferential surface and the second belt wheel of second driving wheel
Place, the striker plate of changed course obliquely downward are located at the side at the E2, and the opposite side at the E2 sets second backgauge successively
Plate and the second winding roller.
9. lick-up machine as claimed in claim 4, which is characterized in that it is described from dynamic circuit breaker cloth apparatus include the first inductor,
Second inductor and cutter, first inductor and second inductor are separately positioned on the first winding roller and described
Near second winding roller, the cutter is arranged on the top of the feed device.
10. lick-up machine as claimed in claim 9, which is characterized in that the cutter is the hot knife of heating wire structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720909050.0U CN207467805U (en) | 2017-07-26 | 2017-07-26 | Lick-up machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720909050.0U CN207467805U (en) | 2017-07-26 | 2017-07-26 | Lick-up machine |
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| Publication Number | Publication Date |
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| CN207467805U true CN207467805U (en) | 2018-06-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720909050.0U Active CN207467805U (en) | 2017-07-26 | 2017-07-26 | Lick-up machine |
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| CN (1) | CN207467805U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110271203A (en) * | 2019-07-18 | 2019-09-24 | 河南曼博睿新材料科技有限公司 | A kind of device and method preparing fast charge function battery diaphragm |
-
2017
- 2017-07-26 CN CN201720909050.0U patent/CN207467805U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110271203A (en) * | 2019-07-18 | 2019-09-24 | 河南曼博睿新材料科技有限公司 | A kind of device and method preparing fast charge function battery diaphragm |
| CN110271203B (en) * | 2019-07-18 | 2023-06-30 | 河南曼博睿新材料科技有限公司 | Device and method for preparing battery diaphragm with quick charge function |
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