CN104528434B - Automatic winding roll-switching device - Google Patents
Automatic winding roll-switching device Download PDFInfo
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- CN104528434B CN104528434B CN201510003233.1A CN201510003233A CN104528434B CN 104528434 B CN104528434 B CN 104528434B CN 201510003233 A CN201510003233 A CN 201510003233A CN 104528434 B CN104528434 B CN 104528434B
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H19/00—Changing the web roll
- B65H19/22—Changing the web roll in winding mechanisms or in connection with winding operations
- B65H19/30—Lifting, transporting, or removing the web roll; Inserting core
- B65H19/305—Inserting core
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H19/00—Changing the web roll
- B65H19/22—Changing the web roll in winding mechanisms or in connection with winding operations
- B65H19/28—Attaching the leading end of the web to the replacement web-roll core or spindle
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Abstract
A kind of automatic winding roll-switching device, including frame, double-station winding mechanism and automatic lap changing apparatus structure, automatic lap changing apparatus structure include cutter mechanism and automatic coiling mechanism, and automatic coiling mechanism includes arc upcoiler structure and pressure roller；Cutter mechanism and pressure roller are each provided in frame；Pressure roller is held out against by elastomeric element and is pressed on the Scroll of winding station；The both sides for the sheet material that the frame of at least one end of double-station winding mechanism is located at outside double-station winding mechanism provided with an arc upcoiler structure, cutter mechanism and arc upcoiler structure and is located at respectively on double-station winding mechanism；Arc upcoiler structure is with winding the Scroll laminating of station or separating cooperation；When arc upcoiler structure is fitted with winding the Scroll of station, the opening of arc upcoiler structure is corresponding with pressure roller, the imports end of arc upcoiler structure is in contact with the sheet material passed through, and viscous shear space is formed between the imports end of arc upcoiler structure and the Scroll for winding station；Cutter mechanism stretches into or exited viscous shear space.
Description
Technical field
The invention belongs to the technical field of plant equipment, it is more particularly related to which a kind of automatic winding change of lap is filled
Put.
Background technology
In sheet material（Such as film）Production or process in, the sheet material after production or processing is general by wrap-up
Wound.A traditional wrap-up typically only Scroll, reach setting value when the sheet material coil diameter that Scroll is batched and
When needing change of lap, must just shut down, then remove by workman finished product volume manually, and load onto new Scroll, in order to winding after
It is continuous to carry out.
Due to traditional wrap-up needed in change of lap shut down so that have influence on production or processing be carried out continuously, institute
So that the problem of in order to solve between the stop reel-changing of traditional wrap-up and continuous production or processing, people design a kind of receipts
Roll-switching device is rolled up, existing winding roll-switching device generally comprises frame and double-station winding mechanism；Above-mentioned double-station winding mechanism
With winding station rotating shaft, two central turnplates and two windings are generally comprised with volume station, above-mentioned double-station winding mechanism is unloaded
Axle；Above-mentioned rotating shaft is installed in rotation in frame；Above-mentioned two central turnplate is respectively fixedly mounted on the two ends of rotating shaft,
Above-mentioned two central turnplate be arranged in parallel；The two ends of above-mentioned Scroll are installed in rotation on two central turnplates respectively, on
The two ends for stating Scroll are detachably connected with two central turnplates respectively, and above-mentioned two Scrolls are set with shaft parallel,
The Scroll that above-mentioned two Scrolls are symmetrically dispersed in the both sides of rotating shaft, above-mentioned two Scrolls is located at winding station
On, another Scroll, which is located at, to be unloaded on volume station.
When existing winding roll-switching device is wound, the Scroll of winding station batches sheet material, now, unloads volume station
Scroll on can wind adhesive tape in advance, sheet material, which is pasted, during in order to change of lap is previously wound with the Scroll of adhesive tape；
When the sheet material coil diameter batched of Scroll for winding station reaches setting value and when needing change of lap, center of rotation rotating disk,
And make the Scroll of winding station and unload the Scroll switching position of volume station, so, the Scroll for batching sheet material is just located at
Unload on volume station, be previously wound with the Scroll of adhesive tape and be just located on winding station, therefore, be previously wound with the Scroll of adhesive tape
On adhesive tape sheet material will be clung；Now, the sheet material after the sheet material between two Scrolls of transversely cutting, transversely cutting will
With the rotation of the Scroll of winding station wound on being previously wound with the Scroll of adhesive tape, so, by using two
Scroll alternately batches sheet material, so as to realize not stop reel-changing, it is ensured that what is produced or process is carried out continuously.
But, because existing winding roll-switching device needs artificially to wind adhesive tape on Scroll, so, existing winding
The automaticity of roll-switching device is low, simultaneously as adhesive tape is wound on Scroll, so, process and cost are added, also can
The surface of Scroll is polluted, is unfavorable for the recycling of Scroll.
In order to prevent the adhesive tape of winding from being polluted to the surface of Scroll, people typically can be using in Electrostatic Absorption mode
Volume, when the sheet material coil diameter batched of Scroll for winding station reaches setting value and when needing change of lap, center of rotation rotating disk, and make receipts
Roll up the Scroll of station and unload the Scroll switching position of volume station, meanwhile, make the Scroll additional electromagnetic of winding station, add
The Scroll for having electrostatic will cling sheet material, so as to realize automatic coiling, so, alternately be batched by using two Scrolls
Sheet material, so as to realize not stop reel-changing, it is ensured that what is produced or process is carried out continuously.But, using what is rolled up in Electrostatic Absorption mode
Reliability comparotive is poor, it sometimes appear that Scroll does not adsorb the situation of sheet material, also, due to the electric discharge of electrostatic instantaneous pressure, institute
With, there is the potential risk of electric shock, it is therefore, dangerous using the use rolled up in Electrostatic Absorption mode.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of automaticity it is high, reliable, using safely, be produced into
This low automatic winding roll-switching device.
In order to solve the above-mentioned technical problem, the technical solution adopted by the present invention is as follows：
A kind of automatic winding roll-switching device, including frame and the double-station winding mechanism being installed in rotation in frame,
Above-mentioned double-station winding mechanism has winding station and unloaded in volume station, two Scrolls of above-mentioned double-station winding mechanism, one
Root Scroll is located on winding station, and another Scroll, which is located at, to be unloaded on volume station, is wound the Scroll of station and is unloaded volume station
Scroll switching position coordinate；
This automatic winding roll-switching device also includes automatic lap changing apparatus structure, and above-mentioned automatic lap changing apparatus structure is including cutter mechanism and certainly
Dynamic upcoiler structure, above-mentioned automatic coiling mechanism includes arc upcoiler structure and pressure roller；
Above-mentioned cutter mechanism and pressure roller are respectively provided in frame；
Above-mentioned pressure roller is held out against by elastomeric element and is pressed on the Scroll of winding station, above-mentioned pressure roller and winding station
Scroll be arranged in parallel；
The frame of at least one end of above-mentioned double-station winding mechanism is provided with an arc upcoiler structure, above-mentioned cutting knife
Mechanism and arc upcoiler structure are respectively positioned on the outside of double-station winding mechanism, also, above-mentioned cutter mechanism and arc upcoiler structure
It is located at the both sides of the sheet material on double-station winding mechanism respectively；Above-mentioned arc upcoiler structure with wind station Scroll fit or
Separation coordinates；When arc upcoiler structure is fitted with winding the Scroll of station, the opening and pressure roller of above-mentioned arc upcoiler structure
Corresponding, the imports end of above-mentioned arc upcoiler structure is in contact with the sheet material passed through, the imports end of above-mentioned arc upcoiler structure with
Wind one viscous shear space of formation between the Scroll of station；
It is characterized in that：Above-mentioned cutter mechanism includes sending knife cylinder, transversal driving mechanism, bracket and cutting knife；
The above-mentioned cylinder body for sending knife cylinder is obliquely fixedly mounted in frame；
Above-mentioned transversal driving mechanism is fixedly mounted on the piston rod for sending knife cylinder, above-mentioned transversal driving mechanism and winding work
The Scroll of position be arranged in parallel；
Above-mentioned bracket is fixedly mounted on transversal driving mechanism；Above-mentioned cutting knife can be laterally slidably arranged on relative to bracket
On the clutch end of transversal driving mechanism, above-mentioned cutting knife is stretched out outside bracket, and it is empty that above-mentioned cutting knife and bracket stretch into or exited shearing
Between.
When this automatic winding roll-switching device is wound, the Scroll of winding station batches sheet material, because pressure roller passes through
Elastomeric element holds out against and is pressed on the Scroll of winding station, so, when this automatic winding roll-switching device is wound, pressure roller
It is pressed in all the time on the sheet material of Scroll by holding out against for elastomeric element, so that sheet material becomes smooth, solid；Now, volume is unloaded
The Scroll of station does not batch sheet material.
When the sheet material coil diameter batched of Scroll for winding station reaches setting value and when needing change of lap, double winding is rotated
Mechanism, and make the Scroll of winding station and unload the Scroll switching position of volume station, so, batch the Scroll of sheet material just
Positioned at unloading on volume station, the Scroll that sheet material is not batched is just located on winding station；Held out against by elastomeric element due to pressure roller and
It is pressed in the Scroll of winding station（The Scroll of sheet material is not batched）On, so, the sheet material of process is pressed together on winding by pressure roller
On the Scroll of station；
Then, arc upcoiler structure is fitted with winding the Scroll of station, the imports end of arc upcoiler structure just with process
Sheet material be in contact, a viscous shear space is formed between the imports end of arc upcoiler structure and the Scroll for winding station；
Then, cutter mechanism stretches into viscous shear space and laterally quick motion, by the imports end of arc upcoiler structure and winding
Sheet material transversely cutting between the Scroll of station, and by the sheet material of transversely cutting be transported to the imports end of arc upcoiler structure with
Between the two, so, the sheet material of transversely cutting is just in the winding of arc upcoiler structure and winding station for the Scroll of winding station
It is fed forward between axle；
Finally, the sheet material of transversely cutting is fed forward by the Scroll at the export end of arc upcoiler structure and winding station,
Pass through again between the Scroll of pressure roller and winding station, and be rolled on the Scroll of winding station；
So, conveyed by the pressing of the lateral shear of cutter mechanism and conveying, pressure roller and the Scroll of winding station, with
And the guiding of the Scroll of winding station and arc upcoiler structure is conveyed, the sheet material of transversely cutting will be along the receipts for winding station
The surface transport of spool, and rapidly on the Scroll of winding station, so as to realize automatic quick upper volume；
When the Scroll for batching sheet material, which is located at, to be unloaded on volume station, under just the Scroll that batch sheet material can be dismantled
Come, then be reinstalled not batching the Scroll of sheet material, in order to the progress again of upper volume；
So, sheet material alternately is batched by using two Scrolls of this automatic winding roll-switching device, do not stopped so as to realize
Machine change of lap, it is ensured that what is produced or process is carried out continuously.
In summary, the present invention uses mechanical structure, without winding adhesive tape or additional electromagnetic on Scroll, it becomes possible to make
Sheet material is automatically quickly upper to be rolled up, and therefore, automaticity of the invention is high, reliable, use safety；Also, the present invention is reduced
Process and cost, therefore, production cost of the invention is low；Meanwhile, cause dirt invention also avoids the surface to Scroll
Dye, makes the surface of Scroll keep clean, is conducive to the recycling of Scroll.
Also, when cutter mechanism laterally quick motion, sheet material is still ceaselessly run forward, so, sheet material after cut-out
Otch is a hypotenuse, and the front end of sheet material becomes larger after shearing, meanwhile, by the conveying of cutter mechanism, sheet material after shearing
Front end just can easily and quickly enter the Scroll of the imports end of arc upcoiler structure and winding station between the two, from
And the automatic quick upper volume of sheet material is convenient to, therefore, automatic the present invention is especially suitable for broadsheet is quickly above rolled up.
When the present invention is applied to the automatic quick upper volume of broadsheet, two ends of above-mentioned double-station winding mechanism
An arc upcoiler structure is preferably respectively equipped with frame, in order to broadsheet in the state of the high-speed cruising it is automatic it is quick on
Volume.
It is used as the optimal technical scheme of arc upcoiler structure in the present invention：
The arc upcoiler structure includes mounting seat, elevating mechanism and arcuate guide mechanism；
Above-mentioned mounting seat is arranged in frame；
Above-mentioned elevating mechanism is arranged in mounting seat；
Above-mentioned arcuate guide mechanism is arranged on elevating mechanism, and above-mentioned arcuate guide mechanism and the Scroll of winding station are put down
Row is set, and above-mentioned arcuate guide mechanism is with winding the Scroll laminating of station or separating cooperation；
When arcuate guide mechanism fits with winding the Scroll of station, opening and the pressure roller phase of above-mentioned arcuate guide mechanism
Correspondence, the imports end of above-mentioned arcuate guide mechanism is in contact with the sheet material passed through, the imports end and receipts of above-mentioned arcuate guide mechanism
Roll up one viscous shear space of formation between the Scroll of station.
Above-mentioned arcuate guide mechanism is preferably provided with certain axial width, in order to the automatic quick upper volume of broadsheet,
The axial width of above-mentioned arcuate guide mechanism can be designed according to actual needs, the axial width of above-mentioned arcuate guide mechanism
Preferably between 30cm~40cm.
When elevating mechanism drives arc guiding mechanism to decline and fitted with winding the Scroll of station, sheet material just can be square
Just it is, rapidly upper to roll up；When elevating mechanism drives arc guiding mechanism to rise and separated with winding the Scroll of station, double
Rolling-up mechanism just can be rotated easily.
It is used as the optimal technical scheme of elevating mechanism in the present invention：
The elevating mechanism includes motor, line slide rail, gear and rack；
Above-mentioned motor is fixedly mounted in mounting seat；
Above-mentioned line slide rail is longitudinally fixedly mounted in mounting seat；
Said gear is co-axially mounted on the power output shaft of motor；
Above-mentioned rack can slide up and down on line slide rail, above-mentioned rack and pinion engagement, above-mentioned rack and arc
Shape guiding mechanism is fixedly connected.
When motor is rotated forward, motor driven gear is rotated clockwise, gear driving rack along line slide rail slide downward,
Arcuate guide mechanism on rack will downwardly together be moved with rack and fitted with the Scroll for winding station, so that convenient
In the upper volume of sheet material.
When motor reversal, motor driven gear is rotated counterclockwise, gear driving rack along line slide rail upward sliding,
Arcuate guide mechanism on rack will be moved upwardly together with rack and separated with the Scroll for winding station, so that convenient
In the rotation of double-station winding mechanism.
It is used as the optimal technical scheme of arcuate guide mechanism in the present invention：
The arcuate guide mechanism includes two arc resting guides, transition deflector roll, outlet roller, two arcuate oscillating motion guide plates, pendulum
Take offence cylinder and guide-in roller；
Above-mentioned two arcs resting guide is fixedly mounted on elevating mechanism by a fixed seat, and above-mentioned two arc is fixed and led
Plate be arranged in parallel, and above-mentioned two arcs resting guide is with winding the Scroll laminating of station or separating cooperation；
The two ends of above-mentioned transition deflector roll are installed in rotation in the imports end of two arc resting guides respectively；
The two ends of above-mentioned outlet roller are installed in rotation on the export end of two arc resting guides respectively；
Above-mentioned transition deflector roll and outlet roller be arranged in parallel with winding the Scroll of station, when two arc resting guides are with receiving
When rolling up the Scroll laminating of station, above-mentioned transition deflector roll and outlet roller are fitted with winding the Scroll of station respectively；
Above-mentioned two arcuate oscillating motions guide plate is installed in rotation in the introduction part of two arc resting guides respectively, two arcs pendulum
Dynamic guide plate be arranged in parallel, and two arcuate oscillating motion guide plates are with winding the Scroll laminating of station or separating cooperation；
The cylinder body of above-mentioned oscillating cylinder is fixedly mounted on an arc resting guide, the piston rod of above-mentioned oscillating cylinder and one
The drive end drive connection of arcuate oscillating motion guide plate；
The two ends of above-mentioned guide-in roller are installed in rotation in the imports end of two arcuate oscillating motion guide plates respectively, and guide-in roller is with receiving
The Scroll of volume station be arranged in parallel, when two arcuate oscillating motion guide plates are fitted with winding the Scroll of station, guide-in roller and winding
The Scroll laminating of station, guide-in roller is in contact with the sheet material passed through, and one is formed between guide-in roller and the Scroll for winding station
Individual viscous shear space；When two arc resting guides and two arcuate oscillating motion guide plates are fitted with winding the Scroll of station, guide-in roller
Opening between outlet roller is corresponding with pressure roller.
When elevating mechanism drives two arc resting guides to decline and fitted with winding the Scroll of station by fixed seat,
Transition deflector roll and outlet roller are fitted with winding the Scroll of station respectively；Then, the piston rod elongation of oscillating cylinder, oscillating cylinder
Piston rod drive two arcuate oscillating motion guide plates rotate and with wind station Scroll fit, now, guide-in roller also with wind work
The Scroll of position is fitted, also, guide-in roller is in contact with the sheet material passed through, is formed between guide-in roller and the Scroll for winding station
One viscous shear space；
When cutter mechanism stretches into viscous shear space and laterally quick motion, cutter mechanism is by the receipts of guide-in roller and winding station
Sheet material transversely cutting between spool, and the sheet material of transversely cutting is transported between guide-in roller and the Scroll for winding station,
So, the sheet material of transversely cutting is just fed forward between the Scroll of two arcuate oscillating motion guide plates and winding station, then by transition
The Scroll of deflector roll and winding station is fed forward, and defeated forward between the Scroll of two arc resting guides and winding station
Send, be finally fed forward by the Scroll of outlet roller and winding station, and pass through between the Scroll and pressure roller of winding station,
So as to be rolled on Scroll；
So, conveyed by the pressing of the lateral shear of cutter mechanism and conveying, pressure roller and the Scroll of winding station, with
And winding station Scroll successively with guide-in roller, two arcuate oscillating motion guide plates, transition deflector roll, two arc resting guides, outlet roller
Guiding conveying, the sheet material of transversely cutting will along the Scroll of winding station surface transport, and rapidly wound on receipts
On the Scroll for rolling up station；
After upper volume is finished, the piston rod of oscillating cylinder shortens, and the arcuate oscillating motion guide plate of piston rod driving two of oscillating cylinder turns
It is dynamic, so that two arcuate oscillating motion guide plates and guide-in roller thereon are separated with the Scroll of winding station；Then, elevating mechanism passes through
Fixed seat drives to drop on two arc resting guides, so that two arc resting guides and transition deflector roll, outlet roller and receipts thereon
The Scroll separation of station is rolled up, so, whole arcuate guide mechanism is just separated with winding the Scroll of station, so as to be convenient to double
The rotation of station rolling-up mechanism.
Above-mentioned transition deflector roll, outlet roller and guide-in roller have certain axial width, automatic fast in order to broadsheet
Roll up, the axial width of transition deflector roll, outlet roller and guide-in roller can be designed according to actual needs, transition deflector roll, lead in speed
Go out the axial width of roller and guide-in roller preferably between 30cm~40cm.
It is used as the further improved technology scheme of arcuate guide mechanism in the present invention：
The arcuate guide mechanism is provided with belt guiding mechanism, and belt guiding mechanism includes endless-belt and belt tension
Mechanism, belt tensioning mechanism includes cursor, two deep-slotted chip breakers, idler roller and tensioning cylinder；
One end of above-mentioned cursor is installed in rotation on two arc resting guides by rotary shaft；
Above-mentioned two deep-slotted chip breaker is respectively provided on two arc resting guides, and two deep-slotted chip breakers are coaxially disposed with rotary shaft；
The two ends of above-mentioned idler roller are slidably fitted in two deep-slotted chip breakers, the receipts of above-mentioned idler roller and winding station
Spool is be arranged in parallel, and above-mentioned idler roller is flexibly connected with the other end of cursor；
The cylinder body of above-mentioned tensioning cylinder is fixedly mounted in fixed seat, and piston rod and the cursor of above-mentioned tensioning cylinder are driven
Connection；
Above-mentioned endless-belt is stretched on guide-in roller, transition deflector roll, idler roller and outlet roller.
Above-mentioned endless-belt has certain width, in order to the automatic quick upper volume of broadsheet, the width of endless-belt
Degree can be designed according to actual needs, and the width of endless-belt is preferably between 30cm~40cm.
When arcuate guide mechanism is separated with winding the Scroll of station, the piston rod of tensioning cylinder is in shortening state,
Idler roller is located at one end of two deep-slotted chip breakers, and endless-belt is tensioned by idler roller, so that endless-belt is stretched in guide-in roller, transition
On deflector roll, idler roller and outlet roller；
When two arc resting guides are fitted with winding the Scroll of station, the piston rod elongation of tensioning cylinder is tensioned gas
The piston rod of cylinder by cursor drive the other end from idler roller to two deep-slotted chip breakers slide, idler roller just make endless-belt loosen and
It is locked on the Scroll of winding station, when endless-belt is locked on the Scroll for winding station, endless-belt, which is in, to be opened
Tight state；
When two arcuate oscillating motion guide plates are fitted with winding the Scroll of station, endless-belt is locked in the winding of winding station
On axle and in tensioning state, above-mentioned endless-belt has the function of conveyer belt, so as to be convenient to the sheet material of transversely cutting in ring
Conveyed between shape belt and the Scroll for winding station.
It is used as the further improved technology scheme of arc upcoiler structure in the present invention：
The mounting seat laterally slidably can be arranged in frame by line slideway, above-mentioned line slideway and winding station
Scroll be arranged in parallel.
The position of mounting seat can be laterally adjusted by line slideway, and then adjusts the position of arc upcoiler structure, so that
It is convenient to the progress of volume.
It is used as the optimal technical scheme of transversal driving mechanism in the present invention：
The transversal driving mechanism uses Rodless cylinder, and above-mentioned Rodless cylinder is fixedly mounted on the piston rod for sending knife cylinder
On, above-mentioned Rodless cylinder be arranged in parallel with winding the Scroll of station；
The clutch end of above-mentioned Rodless cylinder is connected with cutting knife.
When the piston rod for sending knife cylinder extends, the piston rod of knife cylinder is sent to drive Rodless cylinder and cutting knife thereon and support
Frame is moved together, so that the cutting knife and bracket on Rodless cylinder are stretched into viscous shear space, in order to which cutting knife cuts sheet and holds in the palm
Frame torr send sheet material.
When Rodless cylinder driving cutting knife laterally quick motion, the cutting knife laterally quickly moved is horizontal by the sheet material run forward
To cut-out, so, the otch of sheet material is a hypotenuse after cut-out, and the front end of sheet material becomes larger after shearing, also, passes through bracket
Delivery, the front end of sheet material just can conveniently enter the imports end of arc upcoiler structure and the winding of winding station after shearing
Between the two, so as to be convenient to the automatic coiling of sheet material, therefore, this automatic winding roll-switching device is particularly suitable for use in broadsheet to axle
Automatic quick upper roll up.
When cutting knife transversely cutting sheet material, bracket delivery transversely cutting sheet material enter the imports end and receipts of arc upcoiler structure
Roll up station Scroll between the two after, send the piston rod of knife cylinder to shorten, send knife cylinder piston rod drive Rodless cylinder and
Cutting knife and bracket thereon is moved together, cutting knife and bracket on Rodless cylinder is exited viscous shear space and is resetted；At the same time,
Rodless cylinder driving cutting knife laterally resets, to be convenient to the progress sheared again.
It is used as the optimal technical scheme of double-station winding mechanism in the present invention：
The double-station winding mechanism includes rotating shaft, two central turnplates and two Scrolls；Above-mentioned rotating shaft is rotationally
In frame；Above-mentioned two central turnplate is respectively fixedly mounted on the two ends of rotating shaft, and above-mentioned two central turnplate is put down
Row is set；The two ends of above-mentioned Scroll are installed in rotation on two central turnplates respectively, the two ends difference of above-mentioned Scroll
Detachably connected with two central turnplates, above-mentioned two Scrolls are set with shaft parallel, above-mentioned two windings axial symmetry
Ground is distributed in the both sides of rotating shaft.
When the sheet material coil diameter batched of Scroll for winding station reaches setting value and when needing change of lap, center of rotation rotating disk,
And make the Scroll of winding station and unload the Scroll switching position of volume station, so, alternately rolled up by using two Scrolls
Sheet material is taken, so as to realize not stop reel-changing.
It is used as the further improved technology scheme of double-station winding mechanism in the present invention：
The double-station winding mechanism also includes two support rollers, and the two ends of above-mentioned support roller are installed in rotation on respectively
On two central turnplates, above-mentioned two support rollers are set with shaft parallel, above-mentioned support roller be located at respectively two Scrolls it
Between, above-mentioned two support rollers are symmetrically dispersed in the both sides of rotating shaft.
When center of rotation rotating disk, the support roller between two Scrolls can be by sheet material stretching, so as to be convenient to
The upper volume of sheet material.
Present invention beneficial effect against existing technologies is：
Because this automatic winding roll-switching device also includes automatic lap changing apparatus structure, above-mentioned automatic lap changing apparatus structure includes cutter mechanism
With automatic coiling mechanism, above-mentioned automatic coiling mechanism includes arc upcoiler structure and pressure roller；Above-mentioned cutter mechanism and pressure roller difference
It is located in frame；Above-mentioned pressure roller is held out against by elastomeric element and is pressed on the Scroll of winding station, above-mentioned pressure roller and winding work
The Scroll of position be arranged in parallel；The frame of at least one end of above-mentioned double-station winding mechanism is provided with an arc upcoiler
Structure, above-mentioned cutter mechanism and arc upcoiler structure is respectively positioned on the outside of double-station winding mechanism, also, above-mentioned cutter mechanism and arc
Shape upcoiler structure is located at the both sides of the sheet material on double-station winding mechanism respectively；The receipts of above-mentioned arc upcoiler structure and winding station
Spool is fitted or separation coordinates；When arc upcoiler structure is fitted with winding the Scroll of station, above-mentioned arc upcoiler structure
Opening is corresponding with pressure roller, and the imports end of above-mentioned arc upcoiler structure is in contact with the sheet material passed through, above-mentioned arc upcoiler structure
Imports end and wind station Scroll between formed a viscous shear space；It is empty that above-mentioned cutter mechanism stretches into or exited shearing
Between；
So, the present invention uses mechanical structure, without winding adhesive tape or additional electromagnetic on Scroll, it becomes possible to make sheet material
Automatic quick upper volume, therefore, automaticity of the invention is high, reliable, use safety；Also, The present invention reduces work
Sequence and cost, therefore, production cost of the invention are low；Meanwhile, pollute, make invention also avoids the surface to Scroll
The surface of Scroll keeps clean, is conducive to the recycling of Scroll.
When cutter mechanism laterally quick motion, sheet material is still ceaselessly run forward, so, sheet material cuts after transversely cutting
Mouth is a hypotenuse, and the front end of sheet material becomes larger after shearing, also, by the conveying of cutter mechanism, after shearing before sheet material
End just can easily and quickly enter the Scroll of the imports end of arc upcoiler structure and winding station between the two, so that
The automatic quick upper volume of sheet material is convenient to, therefore, automatic the present invention is especially suitable for broadsheet is quickly above rolled up.
In addition, the upper volume of this automatic winding roll-switching device is just carried out after sheet material transversely cutting, so, during upper volume not
Web tension can be made to change, therefore, this automatic winding roll-switching device can be run at high speed, so as to improve production efficiency.
This automatic winding roll-switching device also has rational in infrastructure, ingenious in design, simple to operate, installation and easy to maintenance, easy
The advantages of promoting.
The present invention is described in further detail with reference to the accompanying drawings and detailed description.
Brief description of the drawings
Fig. 1 is the structural representation when preferred embodiment of the present invention is normally wound；
Fig. 2 is that the preferred embodiment of the present invention reaches setting value in the sheet material coil diameter that the Scroll of winding station is batched and needed
Structural representation during change of lap；
Fig. 3 is that the preferred embodiment of the present invention is pasted in two arc resting guides by the Scroll of endless-belt and winding station
Structural representation during conjunction；
Fig. 4 is that the preferred embodiment of the present invention is pasted in two arcuate oscillating motion guide plates by the Scroll of endless-belt and winding station
Structural representation during conjunction；
Fig. 5 is knot of the preferred embodiment of the present invention when cutter mechanism stretches into viscous shear space and carries out lateral shear to sheet material
Structure schematic diagram；
Fig. 6 is knot of preferred embodiment of the present invention when cutter mechanism exits viscous shear space and resetted after sheet material lateral shear
Structure schematic diagram；
Fig. 7 is that the preferred embodiment of the present invention is shown in two arcuate oscillating motion guide plates with winding the structure when Scroll of station is separated
It is intended to；
Fig. 8 is being the preferred embodiment of the present invention after two arc resting guides are separated and resetted with winding the Scroll of station just
Structural representation when often winding；
Fig. 9 is the structural representation of the arcuate guide mechanism in the preferred embodiment of the present invention；
Figure 10 be arcuate guide mechanism in the preferred embodiment of the present invention two arc resting guides by endless-belt with
Wind the structural representation during Scroll laminating of station；
Figure 11 be arcuate guide mechanism in the preferred embodiment of the present invention two arcuate oscillating motion guide plates by endless-belt with
Wind the structural representation during Scroll laminating of station；
Figure 12 is structure of the arcuate guide mechanism when cutter mechanism is close to viscous shear space in the preferred embodiment of the present invention
Schematic diagram.
Embodiment
As shown in Figures 1 to 12, the automatic winding roll-switching device in this preferred embodiment, including the winding of frame 1, double
Mechanism 2 and automatic lap changing apparatus structure, above-mentioned automatic lap changing apparatus structure include cutter mechanism 3 and automatic coiling mechanism, above-mentioned automatic coiling
Mechanism includes arc upcoiler structure 4 and pressure roller 5.
In the preferred embodiment, the frame 1 of an end of above-mentioned double-station winding mechanism 2 is provided with an arc
Roll up mechanism 4, it is clear that when sheet material 10 is broadsheet, can divide in the frame 1 of two ends of double-station winding mechanism 2
She You not an arc upcoiler structure 4；
Above-mentioned cutter mechanism 3 and arc upcoiler structure 4 is respectively positioned on the outside of double-station winding mechanism 2, also, cutter mechanism
3 and arc upcoiler structure 4 respectively be located at double-station winding mechanism 2 on sheet material 10 both sides.
Above-mentioned double-station winding mechanism 2 has winding station 21 and unloads volume station 22；
Above-mentioned double-station winding mechanism 2 includes rotating shaft 20, two central turnplates 23,24, two Scrolls 25,26 and two
Support roller 291,292；
Above-mentioned rotating shaft 20 is installed in rotation in frame 1；
Above-mentioned two central turnplate 23,24 is respectively fixedly mounted on the two ends of rotating shaft 20, above-mentioned two central turnplate
23rd, 24 it be arranged in parallel；
The two ends of above-mentioned Scroll 25 are installed in rotation on two central turnplates 23,24 respectively, above-mentioned Scroll 25
Two ends it is detachably connected with two central turnplates 23,24 respectively；The two ends of above-mentioned Scroll 26 are rotatably mounted respectively
On two central turnplates 23,24, the two ends of above-mentioned Scroll 26 are detachably connected with two central turnplates 23,24 respectively；
Above-mentioned two Scrolls 25,26 be arranged in parallel with rotating shaft 20, and above-mentioned two Scrolls 25,26 are symmetrically dispersed in rotating shaft 20
Both sides；Above-mentioned Scroll 25 is located on winding station 21, and above-mentioned Scroll 26, which is located at, to be unloaded on volume station 22, winds the receipts of station 21
Spool 25 and the switching position of Scroll 26 cooperation for unloading volume station 22；
The two ends of above-mentioned support roller 291 are installed in rotation on two central turnplates 23,24 respectively, above-mentioned support roller
292 two ends are installed in rotation on two central turnplates 23,24 respectively, and above-mentioned two support rollers 291,292 are and rotating shaft
20 be arranged in parallel, and above-mentioned support roller 291,292 is located between two Scrolls 25,26 respectively, above-mentioned two support rollers 291,292
It is symmetrically dispersed in the both sides of rotating shaft 20.
Above-mentioned arc upcoiler structure 4 includes mounting seat 40, elevating mechanism 41 and arcuate guide mechanism 42；Above-mentioned mounting seat 40
Laterally slidably it can be arranged on by line slideway 401 in frame 1, the Scroll of above-mentioned line slideway 401 and winding station 21
25 be arranged in parallel.
Above-mentioned elevating mechanism 41 includes motor, line slide rail 411, gear 412 and rack 413；
Above-mentioned motor（Do not marked in figure）It is fixedly mounted in mounting seat 40；
Above-mentioned line slide rail 411 is longitudinally fixedly mounted in mounting seat 40；
Said gear 412 is co-axially mounted on the power output shaft of motor；
Above-mentioned rack 413 can slide up and down on line slide rail 411, and above-mentioned rack 413 is engaged with gear 412,
Above-mentioned rack 413 is fixedly connected with arcuate guide mechanism 42.
Above-mentioned arcuate guide mechanism 42 include two arc resting guides 4211,4212, transition deflector roll 422, outlet roller 423,
Two arcuate oscillating motion guide plates 4241,4242, oscillating cylinder 425, guide-in roller 426 and belt guiding mechanism；
Above-mentioned two arcs resting guide 4211,4212 is fixedly mounted on the tooth of elevating mechanism 41 by a fixed seat 420
On bar 413, above-mentioned two arcs resting guide 4211,4212 be arranged in parallel, above-mentioned two arcs resting guide 4211,4212 with receipts
Cooperation is fitted or separated to the Scroll 25 or Scroll 26 for rolling up station 21；
The two ends of above-mentioned transition deflector roll 422 are installed in rotation on the importing of two arc resting guides 4211,4212 respectively
On end；
The two ends of above-mentioned outlet roller 423 are installed in rotation on the export end of two arc resting guides 4211,4212 respectively
On；
Above-mentioned transition deflector roll 422 and outlet roller 423 be arranged in parallel with winding the Scroll 25 or Scroll 26 of station 21,
When two arc resting guides 4211,4212 are fitted with winding the Scroll 25 or Scroll 26 of station 21, above-mentioned transition deflector roll
422 and outlet roller 423 respectively with wind station 21 Scroll 25 or Scroll 26 fit；
Above-mentioned two arcuate oscillating motions guide plate 4241,4242 is installed in rotation on two arc resting guides 4211,4212 respectively
Introduction part on, above-mentioned two arcuate oscillating motions guide plate 4241,4242 be arranged in parallel, and above-mentioned two arcuate oscillating motions guide plate 4241,4242 is equal
Cooperation is fitted or separates with the Scroll 25 or Scroll 26 for winding station 21；
The cylinder body of above-mentioned oscillating cylinder 425 is fixedly mounted on arc resting guide 4211, the work of above-mentioned oscillating cylinder 425
The drive end of stopper rod and arcuate oscillating motion guide plate 4241 is connected；
The two ends of above-mentioned guide-in roller 426 are installed in rotation on the imports end of two arcuate oscillating motion guide plates 4241,4242 respectively
On, above-mentioned guide-in roller 426 be arranged in parallel with winding the Scroll 25 or Scroll 26 of station 21, when two arcuate oscillating motion guide plates
4241st, 4242 with wind station 21 Scroll 25 or Scroll 26 fit when, above-mentioned guide-in roller 426 with wind station 21 receipts
Spool 25 or Scroll 26 are fitted, and above-mentioned guide-in roller 426 is in contact with the sheet material 10 passed through, above-mentioned guide-in roller 426 and winding work
A viscous shear space 220 is formed between the Scroll 25 or Scroll 26 of position 21；When two arc resting guides 4211,4212 and two
When arcuate oscillating motion guide plate 4241,4242 is fitted with winding the Scroll 25 or Scroll 26 of station 21, the above-mentioned He of guide-in roller 426
Opening between outlet roller 423 is corresponding with pressure roller 5；
Above-mentioned belt guiding mechanism includes endless-belt 427 and belt tensioning mechanism 428, above-mentioned belt tensioning mechanism 428
Including cursor 4280, two deep-slotted chip breakers 4281,4285, idler roller 4282 and tensioning cylinder 4283；
One end of above-mentioned cursor 4280 is rotatably located at two arc resting guides 4211,4212 by rotary shaft 4284
On；
Above-mentioned two deep-slotted chip breaker 4281,4285 is respectively provided on two arc resting guides 4211,4212, above-mentioned two deep-slotted chip breaker
4281st, 4285 it is coaxially disposed with rotary shaft 4284；
The two ends of above-mentioned idler roller 4282 are slidably fitted in two deep-slotted chip breakers 4281,4285, above-mentioned idler roller
4282 be arranged in parallel with winding the Scroll 25 or Scroll 26 of station 21, and above-mentioned idler roller 4282 is another with cursor 4280
End is flexibly connected；
The cylinder body of above-mentioned tensioning cylinder 4283 is fixedly mounted in fixed seat 420, the piston rod of above-mentioned tensioning cylinder 4283
It is connected with cursor 4280；
Above-mentioned endless-belt 427 is stretched on guide-in roller 426, transition deflector roll 422, idler roller 4282 and outlet roller 423.
Above-mentioned cutter mechanism 3 includes sending knife cylinder 31, transversal driving mechanism, bracket 30 and cutting knife 32, above-mentioned laterally driven
Mechanism uses Rodless cylinder 33；
The above-mentioned cylinder body for sending knife cylinder 31 is obliquely fixedly mounted in frame 1；
Above-mentioned Rodless cylinder 33 is fixedly mounted on the piston rod for sending knife cylinder 31, above-mentioned Rodless cylinder 33 and winding station
21 Scroll 25 be arranged in parallel；
Above-mentioned bracket 30 is fixedly mounted on Rodless cylinder 33；Above-mentioned cutting knife 32 can laterally slidably pacify relative to bracket 30
On the clutch end of Rodless cylinder 33, above-mentioned cutting knife 32 stretches out the outside of bracket 30, and above-mentioned cutting knife 32 and bracket 30 are stretched into
Or exit viscous shear space 220.
The Scroll 25 or Scroll 26 that above-mentioned pressure roller 5 is located in frame 1 and with winding station 21 be arranged in parallel, pressure roller 5
Held out against and be pressed on the Scroll 25 of winding station 21 or Scroll 26 by elastomeric element.
The operation principle to the present invention is described in further detail below in conjunction with the accompanying drawings.
As shown in Figure 1, Figure 2 with shown in Fig. 9, when this automatic winding roll-switching device is wound, the Scroll of station 21 is wound
25 batch sheet material, due to pressure roller 5 by elastomeric element hold out against and be pressed in winding station 21 Scroll 25 on, so, when this from
When dynamic winding roll-switching device is wound, pressure roller 5 is pressed in the sheet material 250 of Scroll 25 by holding out against for elastomeric element all the time
On, so that sheet material 250 becomes smooth, solid；Now, the Scroll 26 for unloading volume station 22 does not batch sheet material；
As shown in Fig. 2 when the coil diameter of sheet material 250 that the Scroll 25 of winding station 21 is batched reaches setting value and needs change of lap
When, center of rotation rotating disk 23,24, and make the Scroll 25 of winding station 21 and unload the switching position of Scroll 26 of volume station 22,
As shown in figs. 3 and 10, the Scroll 25 of sheet material is batched just positioned at unloading on volume station 22, and the Scroll 26 of sheet material is not batched just
On winding station 21；On the Scroll 26 for being pressed in winding station 21 by holding out against for elastomeric element due to pressure roller 5, institute
So that the sheet material 10 of process is pressed together on the Scroll 26 of winding station 21 by pressure roller 5；
Then, motor is rotated forward, and motor driven gear 412 is rotated clockwise, and the driving rack 413 of gear 412 is slided along straight line
The slide downward of rail 411, rack 413 drives the arc resting guide 4211,4212 of fixed seat 420 and two to move downwardly together, two arcs
Shape resting guide 4211,4212 will pass through endless-belt 427 and be fitted with winding the Scroll 26 of station 21, so, transition deflector roll
422 and outlet roller 423 will pass through endless-belt 427 respectively with wind station 21 Scroll 26 fit, at the same time, be tensioned gas
The piston rod elongation of cylinder 4283, the piston rod of tensioning cylinder 4283 drives idler roller 4282 to two deep-slotted chip breakers by cursor 4280
4281st, 4285 other end is slided, and idler roller 4282 loosens endless-belt 427 and is locked in the Scroll 26 of winding station 21
On, when endless-belt 427 is locked on the Scroll 26 for winding station 21, endless-belt 427 is in tensioning state；
Then, the piston rod elongation of oscillating cylinder 425, the piston rod of oscillating cylinder 425 drives two arcuate oscillating motion guide plates
4241st, 4242 rotate, two arcuate oscillating motion guide plates 4241,4242 are pasted by endless-belt 427 with winding the Scroll 26 of station 21
Close, guide-in roller 426 is fitted also by endless-belt 427 with winding the Scroll 26 of station 21, and guide-in roller 426 passes through endless-belt
427 are in contact with the sheet material 10 passed through, the endless-belt 427 on guide-in roller 426 and shape between the Scroll 26 of winding station 21
Into a viscous shear space 220, as shown in Fig. 4 and Figure 11；
When one viscous shear space of formation between the Scroll 26 of the endless-belt 427 on guide-in roller 426 and winding station 21
After 220, send the piston rod of knife cylinder 31 to extend, as depicted in figure 5 and figure 12, send the piston rod of knife cylinder 31 to drive Rodless cylinder 33
And cutting knife 32 and bracket 30 thereon is moved together, so that the cutting knife 32 and bracket 30 on Rodless cylinder 33 extend into shearing sky
Between in 220；
Then, the driving of Rodless cylinder 33 cutting knife 32 laterally quick motion, the cutting knife 32 laterally quickly moved is by guide-in roller 426
On endless-belt 427 and wind station 21 Scroll 26 between the transversely cutting of sheet material 10, because cutting knife 32 is laterally quick
During motion, sheet material 10 is still ceaselessly run forward, so, the otch of sheet material 10 is a hypotenuse after cut-out, sheet material 10 after shearing
Front end become larger, also, by the delivery of bracket 30, the sheet material 10 of transversely cutting just can conveniently enter guide-in roller
Between endless-belt 427 on 426 and the Scroll 26 for winding station 21, and on two arcuate oscillating motion guide plates 4241,4242
It is fed forward between endless-belt 427 and the Scroll 26 for winding station 21, then the endless-belt 427 on transition deflector roll 422
It is fed forward with the Scroll 26 of winding station 21, and endless-belt 427 and receipts on two arc resting guides 4211,4212
It is fed forward between the Scroll 26 for rolling up station 21, finally endless-belt 427 again on outlet roller 423 and winding station 21
Scroll 26 is fed forward, and is passed through between the Scroll 26 and pressure roller 5 of winding station 21, so as to be rolled into Scroll 26
On, therefore, the automatic coiling of this automatic winding roll-switching device is convenient；Simultaneously as endless-belt 427 has the work(of conveyer belt
Can, so, the automatic coiling of this automatic winding roll-switching device not only facilitates but also reliable；
So, by the lateral shear and the delivery of bracket 30 of cutting knife 32, pressure roller 5 and the Scroll 26 of winding station 21
The Scroll 26 of pressing conveying and winding station 21 is conveyed with the guiding of endless-belt 427, and the sheet material 10 of transversely cutting will
Along the surface transport of the Scroll 26 of winding station 21, and rapidly on the Scroll 26 of winding station 21, so that
Realize automatic quick upper volume；
As shown in fig. 6, when the transversely cutting sheet material 10 of cutting knife 32, the delivery transversely cutting sheet material 10 of bracket 30 enter guide-in roller
After between endless-belt 427 on 426 and the Scroll 26 for winding station 21, send the piston rod of knife cylinder 31 to shorten, send knife gas
The piston rod of cylinder 31 drives Rodless cylinder 33 and cutting knife 32 and bracket 30 thereon to move together, makes the cutting knife on Rodless cylinder 33
32 and bracket 30 exit viscous shear space 220 and reset；Meanwhile, the driving of Rodless cylinder 33 cutting knife 32 laterally resets, in order to next
The progress of secondary shearing.
As shown in fig. 7, after upper volume is finished, the piston rod of oscillating cylinder 425 shortens, so as to drive two arcuate oscillating motion guide plates
4241st, 4242 rotate, so, endless-belt 427 on two arcuate oscillating motion guide plates 4241,4242 and guide-in roller 426 just with winding
The Scroll 26 of station 21 is separated；Then, motor reversal, motor driven gear 412 is rotated counterclockwise, the driving rack of gear 412
413 drive the arc resting guide 4211,4212 of fixed seat 420 and two together along the upward sliding of line slide rail 411, rack 413
Motion upwards, so that the endless-belt 427 on two arc resting guides 4211,4212, transition deflector roll 422 and outlet roller 423
Separated with the Scroll 26 for winding station 21, as shown in figure 8, in order to the rotation of central turnplate 23,24.
When the endless-belt 427 on two arc resting guides 4211,4212, transition deflector roll 422 and outlet roller 423 and winding
When the Scroll 26 of station 21 is separated, the piston rod of tensioning cylinder 4283 shortens, and the piston rod of tensioning cylinder 4283 is by rotating
Arm 4280 drives idler roller 4282 to slide and reset in two deep-slotted chip breakers 4281,4285, now, and idler roller 4282 is by endless-belt
427 tensionings, so that endless-belt 427 is stretched on guide-in roller 426, outlet roller 423 and idler roller 4282.
When the Scroll 25 for batching sheet material 250, which is located at, to be unloaded on volume station 22, the receipts of sheet material 250 just can will be batched
Spool 25 is disassembled, then is reinstalled not batching the Scroll of sheet material, in order to the progress again of upper volume；
So, sheet material 10 alternately is batched by using two Scrolls 25,26 of this automatic winding roll-switching device, so that real
Existing not stop reel-changing, it is ensured that production or processing are carried out continuously.
Above-mentioned transition deflector roll 422, outlet roller 423 and guide-in roller 426 have certain axial width, above-mentioned endless-belt
427 have certain width, in order to the automatic quick upper volume of broadsheet, transition deflector roll 422, outlet roller 423 and guide-in roller
426 axial width, the width of endless-belt 427 can be designed according to actual needs, transition deflector roll 422, outlet roller 423
And the width of the axial width of guide-in roller 426, endless-belt 427 is preferably between 30cm~40cm.
In addition, the position of mounting seat 40 can be laterally adjusted by line slideway 401, and then adjust arc upcoiler structure 4
Position, so as to be convenient to the progress of volume.
When center of rotation rotating disk 23,24, the support roller 291,292 between two Scrolls 25,26 can be by piece
The stretching of material 10, so as to be convenient to the upper volume of sheet material 10.
Direction in accompanying drawing shown in arrow is the conveying direction of sheet material 10.
The content of above embodiment is only the preferred embodiments of the present invention, and above preferred embodiment is not used for limiting
The practical range of the fixed present invention；Every various equivalents made according to its scope of the claims of the invention,
Covered by its scope of the claims of the invention.
Claims (9)
1. a kind of automatic winding roll-switching device, including frame and the double-station winding mechanism being installed in rotation in frame, on
Stating double-station winding mechanism has winding station and unloads in volume station, two Scrolls of above-mentioned double-station winding mechanism, one
Scroll is located on winding station, and another Scroll, which is located at, to be unloaded on volume station, winds the Scroll of station and unloads volume station
Scroll switching position coordinates；
This automatic winding roll-switching device also includes automatic lap changing apparatus structure, on above-mentioned automatic lap changing apparatus structure includes cutter mechanism and be automatic
Mechanism is rolled up, above-mentioned automatic coiling mechanism includes arc upcoiler structure and pressure roller；
Above-mentioned cutter mechanism and pressure roller are respectively provided in frame；
Above-mentioned pressure roller is held out against by elastomeric element and is pressed on the Scroll of winding station, the winding of above-mentioned pressure roller and winding station
Axle be arranged in parallel；
The frame of at least one end of above-mentioned double-station winding mechanism is provided with an arc upcoiler structure, above-mentioned cutter mechanism
The outside of double-station winding mechanism, also, above-mentioned cutter mechanism and arc upcoiler structure difference are respectively positioned on arc upcoiler structure
The both sides of sheet material on double-station winding mechanism；Above-mentioned arc upcoiler structure is with winding the Scroll laminating of station or separating
Coordinate；When arc upcoiler structure is fitted with winding the Scroll of station, the opening of above-mentioned arc upcoiler structure is relative with pressure roller
Should, the imports end of above-mentioned arc upcoiler structure is in contact with the sheet material passed through, the imports end of above-mentioned arc upcoiler structure and winding
A viscous shear space is formed between the Scroll of station；
It is characterized in that：Above-mentioned cutter mechanism includes sending knife cylinder, transversal driving mechanism, bracket and cutting knife；
The above-mentioned cylinder body for sending knife cylinder is obliquely fixedly mounted in frame；
Above-mentioned transversal driving mechanism is fixedly mounted on the piston rod for sending knife cylinder, above-mentioned transversal driving mechanism and winding station
Scroll be arranged in parallel；
Above-mentioned bracket is fixedly mounted on transversal driving mechanism；Above-mentioned cutting knife can be laterally slidably arranged on laterally relative to bracket
On the clutch end of drive mechanism, above-mentioned cutting knife is stretched out outside bracket, and above-mentioned cutting knife and bracket stretch into or exited viscous shear space.
2. automatic winding roll-switching device according to claim 1, it is characterised in that：The arc upcoiler structure includes installing
Seat, elevating mechanism and arcuate guide mechanism；
Above-mentioned mounting seat is arranged in frame；
Above-mentioned elevating mechanism is arranged in mounting seat；
Above-mentioned arcuate guide mechanism is arranged on elevating mechanism, and above-mentioned arcuate guide mechanism is parallel with the Scroll for winding station to be set
Put, above-mentioned arcuate guide mechanism is with winding the Scroll laminating of station or separating cooperation；
When arcuate guide mechanism fits with winding the Scroll of station, the opening of above-mentioned arcuate guide mechanism is relative with pressure roller
Should, the imports end of above-mentioned arcuate guide mechanism is in contact with the sheet material passed through, the imports end of above-mentioned arcuate guide mechanism and winding
A viscous shear space is formed between the Scroll of station.
3. automatic winding roll-switching device according to claim 2, it is characterised in that：The elevating mechanism includes motor, straight
Line slide rail, gear and rack；
Above-mentioned motor is fixedly mounted in mounting seat；
Above-mentioned line slide rail is longitudinally fixedly mounted in mounting seat；
Said gear is co-axially mounted on the power output shaft of motor；
Above-mentioned rack can slide up and down on line slide rail, and above-mentioned rack and pinion engagement, above-mentioned rack is led with arc
It is fixedly connected to mechanism.
4. automatic winding roll-switching device according to claim 2, it is characterised in that：The arcuate guide mechanism includes two arcs
Shape resting guide, transition deflector roll, outlet roller, two arcuate oscillating motion guide plates, oscillating cylinder and guide-in roller；
Above-mentioned two arcs resting guide is fixedly mounted on elevating mechanism by a fixed seat, and above-mentioned two arcs resting guide is put down
Row is set, and above-mentioned two arcs resting guide is with winding the Scroll laminating of station or separating cooperation；
The two ends of above-mentioned transition deflector roll are installed in rotation in the imports end of two arc resting guides respectively；
The two ends of above-mentioned outlet roller are installed in rotation on the export end of two arc resting guides respectively；
Above-mentioned transition deflector roll and outlet roller be arranged in parallel with winding the Scroll of station, when two arc resting guides and winding work
During the Scroll laminating of position, above-mentioned transition deflector roll and outlet roller are fitted with winding the Scroll of station respectively；
Above-mentioned two arcuate oscillating motions guide plate is installed in rotation in the introduction part of two arc resting guides respectively, and two arcuate oscillating motions are led
Plate be arranged in parallel, and two arcuate oscillating motion guide plates are with winding the Scroll laminating of station or separating cooperation；
The cylinder body of above-mentioned oscillating cylinder is fixedly mounted on an arc resting guide, the piston rod of above-mentioned oscillating cylinder and an arc
The drive end drive connection of swing guide；
The two ends of above-mentioned guide-in roller are installed in rotation in the imports end of two arcuate oscillating motion guide plates respectively, guide-in roller and winding work
The Scroll of position be arranged in parallel, when two arcuate oscillating motion guide plates are fitted with winding the Scroll of station, guide-in roller and winding station
Scroll laminating, guide-in roller with pass through sheet material be in contact, guide-in roller and wind station Scroll between formation one cut
Cut space；When two arc resting guides and two arcuate oscillating motion guide plates with wind station Scroll fit when, guide-in roller with lead
The opening gone out between roller is corresponding with pressure roller.
5. automatic winding roll-switching device according to claim 4, it is characterised in that：The arcuate guide mechanism is provided with skin
Band guiding mechanism, belt guiding mechanism includes endless-belt and belt tensioning mechanism, and belt tensioning mechanism includes cursor, two arcs
Shape groove, idler roller and tensioning cylinder；
One end of above-mentioned cursor is installed in rotation on two arc resting guides by rotary shaft；
Above-mentioned two deep-slotted chip breaker is respectively provided on two arc resting guides, and two deep-slotted chip breakers are coaxially disposed with rotary shaft；
The two ends of above-mentioned idler roller are slidably fitted in two deep-slotted chip breakers, the Scroll of above-mentioned idler roller and winding station
It is arranged in parallel, above-mentioned idler roller is flexibly connected with the other end of cursor；
The cylinder body of above-mentioned tensioning cylinder is fixedly mounted in fixed seat, and the piston rod of above-mentioned tensioning cylinder is driven with cursor to be connected
Connect；
Above-mentioned endless-belt is stretched on guide-in roller, transition deflector roll, idler roller and outlet roller.
6. automatic winding roll-switching device according to claim 2, it is characterised in that：The mounting seat can by line slideway
Laterally slidably it is arranged in frame, above-mentioned line slideway be arranged in parallel with winding the Scroll of station.
7. automatic winding roll-switching device according to claim 1, it is characterised in that：The transversal driving mechanism is used without bar
Cylinder, above-mentioned Rodless cylinder is fixedly mounted on the piston rod for sending knife cylinder, the Scroll of above-mentioned Rodless cylinder and winding station
It is arranged in parallel；
The clutch end of above-mentioned Rodless cylinder is connected with cutting knife.
8. automatic winding roll-switching device according to claim 1, it is characterised in that：The double-station winding mechanism includes turning
Axle, two central turnplates and two Scrolls；Above-mentioned rotating shaft is installed in rotation in frame；Above-mentioned two central turnplate is distinguished
It is fixedly mounted on the two ends of rotating shaft, above-mentioned two central turnplate be arranged in parallel；The two ends difference of above-mentioned Scroll is rotatable
Ground is arranged on two central turnplates, and the two ends of above-mentioned Scroll are detachably connected with two central turnplates respectively, and above-mentioned two
Root Scroll is set with shaft parallel, and above-mentioned two Scrolls are symmetrically dispersed in the both sides of rotating shaft.
9. automatic winding roll-switching device according to claim 8, it is characterised in that：The double-station winding mechanism also includes
Two support rollers, the two ends of above-mentioned support roller are installed in rotation on two central turnplates respectively, and above-mentioned two support rollers are equal
Set with shaft parallel, above-mentioned support roller is located between two Scrolls respectively, above-mentioned two support rollers, which are symmetrically dispersed in, to be turned
The both sides of axle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510003233.1A CN104528434B (en) | 2015-01-06 | 2015-01-06 | Automatic winding roll-switching device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510003233.1A CN104528434B (en) | 2015-01-06 | 2015-01-06 | Automatic winding roll-switching device |
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| CN104528434B true CN104528434B (en) | 2017-09-26 |
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| CN2915801Y (en) * | 2006-05-30 | 2007-06-27 | 张春华 | Coil changing control mechanism of casting film machine coiler |
| US20100155522A1 (en) * | 2006-09-29 | 2010-06-24 | Kei Arimitsu | Automatic film winding device, sliting and winding system, and method of producing rolled film |
| CN201598052U (en) * | 2009-10-27 | 2010-10-06 | 天津市天塑科技集团有限公司第二塑料制品厂 | Agricultural plastic film production line fully automatic winding device |
| CN102514962B (en) * | 2012-01-06 | 2014-11-05 | 广东达诚机械有限公司 | Coil replacing mechanism |
| CN102530615B (en) * | 2012-02-07 | 2014-11-26 | 广东金明精机股份有限公司 | Coil changing mechanism for thin film coiling device |
| CN204433896U (en) * | 2015-01-06 | 2015-07-01 | 汕头市远东轻化装备有限公司 | A kind of automatic winding roll-switching device |
-
2015
- 2015-01-06 CN CN201510003233.1A patent/CN104528434B/en active Active
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| CN104528434A (en) | 2015-04-22 |
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Effective date of registration: 20190903 Address after: Haojiang District Textile Industrial Park, 515098 Guangdong city of Shantou Province Patentee after: Guangdong Jinming Machinery Co., Ltd. Address before: 515022 Far East Industrial Park, Shantou, Guangdong, new town, Longhu Patentee before: Yuandong Light Chemical Equipment Co, Ltd., Shantou City |
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