CN208761770U - A kind of Improvement type winding membrane equipment - Google Patents
A kind of Improvement type winding membrane equipment Download PDFInfo
- Publication number
- CN208761770U CN208761770U CN201821063903.4U CN201821063903U CN208761770U CN 208761770 U CN208761770 U CN 208761770U CN 201821063903 U CN201821063903 U CN 201821063903U CN 208761770 U CN208761770 U CN 208761770U
- Authority
- CN
- China
- Prior art keywords
- expansion shaft
- gas expansion
- film
- gas
- shaft
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Winding Of Webs (AREA)
Abstract
The utility model relates to membrane production equipment technical fields, refer in particular to a kind of Improvement type winding membrane equipment, it the pick-and-places air expansion shaft device of coiled strip is carried out, is used to sending gas expansion shaft to the gas expansion shaft transfer device of pick-and-place air expansion shaft device and is used to from material rolling device send the gas expansion shaft after wound membrane to the gas expansion shaft output device of gas expansion shaft transfer device including material rolling device, film cutting apparatus, for gas expansion shaft to be placed in material rolling device, the gas expansion shaft output device is provided with the position-limit mechanism for being limited to another gas expansion shaft.The utility model, which realizes, automatically carries out feeding and blanking to gas expansion shaft, and gas expansion shaft is constantly recycled, so that the replacement of gas expansion shaft is compact, substantially reduce the time of gas expansion shaft discharging and gas expansion shaft replacement, and the gas expansion shaft equipped with core cylinder is limited by position-limit mechanism, it ensure that the stability when gas expansion shaft winding film equipped with core cylinder, and then improve the quality of the gas expansion shaft winding film equipped with core cylinder.
Description
Technical field
The utility model relates to membrane production equipment technical fields, refer in particular to a kind of Improvement type winding membrane equipment.
Background technique
During plastic film production, generally requires and use gas expansion shaft, core cylinder is through on gas expansion shaft, it is then right
Gas expansion shaft inflation, is fixed gas expansion shaft swell to core cylinder, winds plastic film finally by material rolling device and rises in gas
On the core cylinder of axis.Existing membrane production equipment, material rolling device drive gas expansion shaft and core cylinder to rotate synchronously, the rotation of core cylinder
Winder, core cylinder winder to setting film thickness after, the gas expansion shaft after winder is exported by gas expansion shaft conveying device, manually
Another gas expansion shaft equipped with core cylinder is placed in gas expansion shaft conveying device, by gas expansion shaft conveying device by gas expansion shaft and core
Cylinder, which is delivered in material rolling device, carries out winder.Due to requiring manual replacement gas expansion shaft, and due to the speed of gas expansion shaft winding film
Comparatively fast, so large labor intensity, gas expansion shaft are easy to happen vibration when winding film, to influence the efficiency of gas expansion shaft winding film
And quality.
Summary of the invention
The technical problem to be solved by the present invention is to provide a kind of high degree of automations, and labor intensity is low, wind film
Stablize, the high-efficient Improvement type of winding film winds membrane equipment.
In order to solve the above-mentioned technical problem, the utility model adopts the following technical solution:
A kind of Improvement type winding membrane equipment comprising for driving the material rolling device of gas expansion shaft winding film, rotation to set
It is placed in material rolling device and is used to cut off film so that the gas expansion shaft for having wound film stops the film cutting apparatus of winding film, is used for
Gas expansion shaft is placed in the pick-and-place air expansion shaft device of material rolling device progress coiled strip, is used to send gas expansion shaft to pick-and-place air expansion shaft device
Gas expansion shaft transfer device and for sending the gas expansion shaft to gas expansion shaft transfer device defeated from material rolling device the gas expansion shaft after wound membrane
Device out, the gas expansion shaft output device are provided with the position-limit mechanism for being limited to another gas expansion shaft.
Further, the gas expansion shaft transfer device includes for sending gas expansion shaft to the transfer arm for picking and placing air expansion shaft device
And the transfer driving mechanism for driving transfer arm to rotate, the transfer arm are provided with the placing groove for placing gas expansion shaft.
Further, the transfer driving mechanism includes the tooth for being connected to the shaft of transfer arm, being installed in one end of shaft
Wheel, the rack gear engaged with gear and the transfer cylinder mobile for drive rack.
Further, the pick-and-place air expansion shaft device includes for picking up or putting down the pick-and-place part of gas expansion shaft, for driving
It picks and places part and picks up the material receiving mechanism of gas expansion shaft and for driving the blowing driving mechanism for picking and placing part and putting down gas expansion shaft, the pick-and-place part
It is provided with the accommodation groove for accommodating gas expansion shaft.
Further, the material receiving mechanism includes movable plate and the receiving cylinder for driving movable plate mobile, described to put
Material driving mechanism is installed in movable plate, and the pick-and-place part and blowing driving mechanism are drivingly connected.
Further, the gas expansion shaft output device includes feeding seat, the first pusher part, elastic component, is slideably positioned in and pushes away
Material seat and for pushing second pusher part of the gas expansion shaft after wound membrane far from material rolling device and for driving the second pusher part mobile
Pusher cylinder, one end of one end of the first pusher part and the second pusher part is rotatablely connected, and one end of elastic component contradicts the
The middle part of two pusher parts, the other end of elastic component contradict the other end of the first pusher part, the first pusher part and the second pusher
The pusher groove for accommodating the end of gas expansion shaft is formed between part.
Further, the position-limit mechanism includes being rotatably dispose in the locating part of feeding seat and for driving locating part to rotate
Limiting cylinder, the locating part is provided with the limiting slot of the end for accommodating gas expansion shaft.
Further, the film cutting apparatus is provided with the electrostatic generator for film to be adsorbed on to gas expansion shaft, described quiet
Electric generator is electrostatic rod.
Further, the film cutting apparatus includes being rotatably dispose in cutting film seat, rotating to be installed in and cut film seat for material rolling device
Rotating member, be connected to rotating member cutter, for drive rotating member rotate rotation cylinder and for drive cut film seat ring around
The rotating drive mechanism of material rolling device rotation, the rotation cylinder, which is installed in, cuts film seat, and the electrostatic generator, which is installed in, cuts film
Seat and the blade side for being located at cutter.
Further, the side of the material rolling device is provided with multiple film guiding rollers.
The utility model has the beneficial effects that in actual work, the gas expansion shaft equipped with core cylinder is placed in gas expansion shaft transfer
On the discharge position of device, the gas expansion shaft equipped with core cylinder is delivered to the pick-and-place for picking and placing air expansion shaft device by gas expansion shaft transfer device
On position, picks and places air expansion shaft device and the gas expansion shaft equipped with core cylinder is placed in gas expansion shaft output device, and gas expansion shaft is equipped with
Core cylinder outer surface contradict material rolling device outer surface, material rolling device driving the related core cylinder of gas expansion shaft rotated and received
Film is rolled up, while the core cylinder on gas expansion shaft winds film, another is equipped with the gas of core cylinder by gas expansion shaft transfer device again
The axis that rises send into pick-and-place air expansion shaft device and waits, and after the core cylinder on gas expansion shaft has wound film, film cutting apparatus cuts off film,
So that film and to be wound film of the winding on core cylinder disconnect, gas expansion shaft output device will wind the gas expansion shaft of film
It send to the discharge position of gas expansion shaft transfer device, to be exported to the gas expansion shaft for having wound film, while picking and placing gas and rising
Another gas expansion shaft equipped with core cylinder is placed in position-limit mechanism by shaft device, and material rolling device drives another equipped with core cylinder
Gas expansion shaft rotated so that core cylinder on another gas expansion shaft winds film, gas expansion shaft output device will wind thin
It is resetted after the gas expansion shaft output of film, so that another gas expansion shaft equipped with core cylinder is located on gas expansion shaft output device, this
When, position-limit mechanism no longer limits another gas expansion shaft equipped with core cylinder, is equipped with convenient for gas expansion shaft output device to this
The gas expansion shaft of core cylinder is exported after having wound film, repeat above-mentioned operation may make gas expansion shaft cyclically to film into
Row winding；When being exported the gas expansion shaft for having wound film due to gas expansion shaft output device, gas expansion shaft output device, which moves back and forth, to be needed
It to be shaken when winding film within this time in order to avoid the gas expansion shaft equipped with core cylinder, to influence for a period of time
The quality of gas expansion shaft winding film equipped with core cylinder, position-limit mechanism limit the gas expansion shaft equipped with core cylinder, ensure that
Gas expansion shaft equipped with core cylinder winds stability when film, and then improves the matter of the gas expansion shaft winding film equipped with core cylinder
Amount；The utility model, which realizes, automatically carries out feeding and blanking to gas expansion shaft, and gas expansion shaft is constantly recycled, and makes
The replacement for obtaining gas expansion shaft is compact, substantially reduces the time of gas expansion shaft discharging and gas expansion shaft replacement, and by position-limit mechanism to dress
There is the gas expansion shaft of core cylinder to be limited, ensure that the stability when gas expansion shaft winding film equipped with core cylinder, and then improve
The quality of gas expansion shaft winding film equipped with core cylinder.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the utility model.
Fig. 2 is the schematic perspective view at another visual angle of the utility model.
Fig. 3 is the enlarged drawing in Fig. 2 at A.
Fig. 4 is the film cutting apparatus of the utility model and the schematic perspective view of electrostatic generator.
Fig. 5 is the schematic perspective view of the gas expansion shaft transfer device of the utility model.
Fig. 6 is the schematic perspective view of the pick-and-place air expansion shaft device of the utility model.
Fig. 7 is the gas expansion shaft output device of the utility model and the schematic perspective view of position-limit mechanism.
Description of symbols:
1, material rolling device；2, air expansion shaft device is picked and placed；21, part is picked and placed；211, accommodation groove；22, material receiving mechanism；
221, movable plate；222, receiving cylinder；23, blowing driving mechanism；3, gas expansion shaft transfer device；31, transfer arm；
311, placing groove；32, driving mechanism is shifted；321, shaft；322, gear；323, rack gear；
324, cylinder is shifted；4, gas expansion shaft output device；41, the second pusher part；411, pusher groove；42, pusher cylinder；
43, feeding seat；44, the first pusher part；5, electrostatic generator；6, film cutting apparatus；61, film seat is cut；62, cutter；
63, rotating member；64, rotation cylinder；7, film guiding roller；8, position-limit mechanism；81, locating part；811, limiting slot；
82, limiting cylinder；10, gas expansion shaft.
Specific embodiment
For the ease of the understanding of those skilled in the art, the utility model is made below with reference to embodiment and attached drawing further
Explanation, the content that embodiment refers to not is restriction to the utility model.
As shown in Figures 1 to 7, a kind of Improvement type provided by the utility model winds membrane equipment comprising for driving
Gas expansion shaft 10 winds the material rolling device 1 of film, is rotatably dispose in material rolling device 1 and for cutting off film so as to wind film
Gas expansion shaft 10 stop winding film film cutting apparatus 6, for by gas expansion shaft 10 be placed in material rolling device 1 carry out coiled strip pick-and-place
Air expansion shaft device 2, for gas expansion shaft 10 being sent to the gas expansion shaft transfer device 3 for picking and placing air expansion shaft device 2 and be used for will be after wound membrane
Gas expansion shaft 10 send from material rolling device 1 to the gas expansion shaft output device 4 of gas expansion shaft transfer device 3, the gas expansion shaft output device
Being arranged 4 has position-limit mechanism 8 for being limited to another gas expansion shaft 10.
In actual work, the gas expansion shaft 10 equipped with core cylinder is placed on the discharge position of gas expansion shaft transfer device 3, gas
Gas expansion shaft 10 equipped with core cylinder is delivered on the access position for picking and placing air expansion shaft device 2 by the axis transfer device 3 that rises, and is picked and placed gas and is risen
Shaft device 2 will be placed in gas expansion shaft output device 4 equipped with the gas expansion shaft 10 of core cylinder, and the core cylinder that is equipped with of gas expansion shaft 10
Outer surface contradicts the outer surface of material rolling device 1, and material rolling device 1 drives the related core cylinder of gas expansion shaft 10 to be rotated and wound thin
Film, while the core cylinder on gas expansion shaft 10 winds film, gas expansion shaft transfer device 3 again rises by another gas equipped with core cylinder
Axis 10 send to picking and placing in air expansion shaft device 2 and waits, and after the core cylinder on gas expansion shaft 10 has wound film, film cutting apparatus 6 is by film
Cutting, so that film and to be wound film of the winding on core cylinder disconnect, gas expansion shaft output device 4 will wind film
Gas expansion shaft 10 is sent to the discharge position of gas expansion shaft transfer device 3, to export to the gas expansion shaft 10 for having wound film, together
When pick and place air expansion shaft device 2 and be placed in another in position-limit mechanism 8 equipped with gas expansion shaft 10 of core cylinder, material rolling device 1 drives
Another gas expansion shaft 10 equipped with core cylinder is rotated, so that the core cylinder on another gas expansion shaft 10 winds film, gas rises
Axis output device 4 resets after exporting the gas expansion shaft 10 for having wound film, so that another is equipped with the gas expansion shaft of core cylinder
10 are located on gas expansion shaft output device 4, at this point, position-limit mechanism 8 no longer limits another gas expansion shaft 10 equipped with core cylinder
Position exports after having wound film to the gas expansion shaft 10 equipped with core cylinder convenient for gas expansion shaft output device 4, repeats above-mentioned
Operation may make gas expansion shaft 10 cyclically to wind to film；Since gas expansion shaft output device 4 will wind the gas of film
When the axis 10 that rises exports, gas expansion shaft output device 4, which moves back and forth, needs a period of time, and core is housed within this time
The gas expansion shaft 10 of cylinder shakes when winding film, so that the quality that the gas expansion shaft 10 equipped with core cylinder winds film is influenced, limit
Position mechanism 8 limits the gas expansion shaft 10 equipped with core cylinder, ensure that when the gas expansion shaft 10 equipped with core cylinder winds film
Stability, and then improve the quality that the gas expansion shaft 10 equipped with core cylinder winds film；The utility model realizes automatically
Feeding and blanking are carried out to gas expansion shaft 10, and gas expansion shaft 10 is constantly recycled, so that the replacement of gas expansion shaft 10 is compact, greatly
The time of 10 discharging of gas expansion shaft and the replacement of gas expansion shaft 10 is shortened greatly, and by position-limit mechanism 8 to the gas expansion shaft that core cylinder is housed
10 are limited, and ensure that the stability when gas expansion shaft 10 equipped with core cylinder winds film, and then improve equipped with core cylinder
Gas expansion shaft 10 wind film quality.
Preferably, the gas expansion shaft 10 is provided with three recyclings, when first gas expansion shaft 10 that core cylinder is housed
In gas expansion shaft output device 4 and when carrying out winding film, second gas expansion shaft 10 equipped with core cylinder is in pick-and-place gas and rises
It is waited in shaft device 2, waits pick-and-place air expansion shaft device 2 that second gas expansion shaft 10 equipped with core cylinder is delivered to gas expansion shaft output
Device 4, the third root gas expansion shaft 10 equipped with core cylinder are in gas expansion shaft transfer device 3, when third root gas expansion shaft 10 is wound
When film, the third root gas expansion shaft 10 that operator will wind film carries out discharging, third root gas expansion shaft 10 after discharging after
It is continuous to be waited in gas expansion shaft transfer device 3, wait gas expansion shaft transfer device 3 that the third root gas expansion shaft 10 equipped with core cylinder is defeated
It send to air expansion shaft device 2 is picked and placed, the time of 10 feeding of gas expansion shaft, blanking and discharging is greatly saved, has further speeded up winding
The production efficiency of film.
In the present embodiment, the gas expansion shaft transfer device 3 includes for sending gas expansion shaft 10 to pick-and-place air expansion shaft device 2
Transfer arm 31 and for drive transfer arm 31 rotate transfer driving mechanism 32, the transfer arm 31 is provided with to rise for placing gas
The placing groove 311 of axis 10；Specifically, the transfer driving mechanism 32 turns including being connected to the shaft 321 of transfer arm 31, being installed in
The gear 322 of one end of axis 321, the rack gear 323 engaged with gear 322 and the transfer cylinder mobile for drive rack 323
324；There are two the settings of gas expansion shaft transfer device 3, and two gas expansion shaft transfer devices 3 are symmetrical arranged.
In actual work, the both ends of gas expansion shaft 10 are respectively placed in the transfer arm 31 of two gas expansion shaft transfer devices 3
In placing groove 311, transfer 324 drive rack 323 of cylinder is mobile, and rack gear 323 is rotated with moving gear 322, and gear 322 drives shaft
321 rotations, the rotation of 321 mobilization arm 31 of shaft, it is mobile that transfer arm 31 drives gas expansion shaft 10, and gas expansion shaft 10 is sent to pick-and-place
In air expansion shaft device 2, it is that winding film is prepared convenient for gas expansion shaft 10, shortens the replacing construction of gas expansion shaft 10.
In the present embodiment, the pick-and-place air expansion shaft device 2 includes for picking up or putting down the pick-and-place part 21 of gas expansion shaft 10, use
Part 21, which is picked and placed, in driving picks up the material receiving mechanism 22 of gas expansion shaft 10 and for driving the blowing drive for picking and placing part 21 and putting down gas expansion shaft 10
Motivation structure 23, the pick-and-place part 21 are provided with the accommodation groove 211 for accommodating gas expansion shaft 10；Specifically, the material receiving mechanism 22
Receiving cylinder 222 including movable plate 221 and for driving movable plate 221 mobile, the blowing driving mechanism 23 are installed in shifting
Movable plate 221, the pick-and-place part 21 are drivingly connected with blowing driving mechanism 23, and the blowing driving mechanism 23 is blowing cylinder；Institute
It states and picks and places there are two the settings of air expansion shaft device 2, two pick-and-place air expansion shaft devices 2 are symmetrical arranged.
In actual work, when the transfer arm 31 of gas expansion shaft transfer device 3 send gas expansion shaft 10 to the position of setting, splicing
The receiving cylinder 222 of mechanism 22 drives movable plate 221 mobile close to gas expansion shaft 10, and movable plate 221 drives blowing driving mechanism 23
And the movement of part 21 is picked and placed, and the both ends of gas expansion shaft 10 are respectively contained in the appearances for picking and placing part 21 of two pick-and-place air expansion shaft devices 2
It sets in slot 211, splicing is carried out to gas expansion shaft 10 to realize；After the gas expansion shaft 10 on material rolling device 1 has wound film, put
It is mobile close to material rolling device 1 to expect that the driving of driving mechanism 23 picks and places part 21, picks and places part 21 and drives gas expansion shaft 10 mobile, and by gas expansion shaft
10 are placed in gas expansion shaft output device 4, so that gas expansion shaft 10 of the driving of material rolling device 1 with core cylinder winds film, thus
The automation feeding for realizing gas expansion shaft 10, improves the efficiency of production.
In the present embodiment, the gas expansion shaft output device 4 include feeding seat 43, the first pusher part 44, elastic component (in figure not
Label), be slideably positioned in feeding seat 43 and for pushing second pusher part 41 of the gas expansion shaft 10 far from material rolling device 1 after wound membrane
And the pusher cylinder 42 for driving the second pusher part 41 mobile, one end and the second pusher part 41 of the first pusher part 44
One end rotation connection, one end of elastic component contradict the middle part of the second pusher part 41, and the other end of elastic component contradicts the first pusher part
44 other end forms the pusher for accommodating the end of gas expansion shaft 10 between the first pusher part 44 and the second pusher part 41
Slot 411.Specifically, the elastic component is spring, and the first pusher part 44 is obliquely installed relative to the second pusher part 41；The gas rises
There are two the settings of axis output device 4, and two gas expansion shaft output devices 4 are symmetrical arranged.
In actual work, after the gas expansion shaft 10 on material rolling device 1 has wound film, gas expansion shaft output device 4 will be wound
The gas expansion shaft 10 of complete film is delivered to gas expansion shaft transfer device 3, and the gas expansion shaft for having wound film is conveyed in gas expansion shaft output device 4
While 10, position-limit mechanism 8 limits another gas expansion shaft 10 equipped with core cylinder, ensure that another equipped with core cylinder
Gas expansion shaft 10 wind film when stability；When specific conveying, the end accommodation of gas expansion shaft 10 of film has been wound in pusher
In slot 411, the related first pusher part 44 of second pusher part of the driving of pusher cylinder 42 41 and the gas expansion shaft 10 for having wound film are close
Gas expansion shaft transfer device 3 is mobile, and the gas expansion shaft 10 for having wound film is sent to the transfer arm 31 of gas expansion shaft transfer device 3,
To realize the automatically blanking of gas expansion shaft 10 for having wound film；Gas expansion shaft output device 4 rises by the gas for having wound film
After axis 10 is delivered to gas expansion shaft transfer device 3, the related first pusher part 44 of second pusher part of the driving of pusher cylinder 42 41 resets, multiple
During position, the side of the first pusher part 44 contradicts the end of another gas expansion shaft 10 equipped with core cylinder, i.e., another is filled
There is the end of the gas expansion shaft 10 of core cylinder to squeeze the side of the first pusher part 44, so that the first pusher part 44 rotates and compresses
Elastic component, until the end accommodation of another gas expansion shaft 10 equipped with core cylinder is discharged in pusher groove 411 to the first pusher part
44 extruding, elastic component restores to the original state and the rotation of the first pusher part 44 is pushed to reset, so that the first pusher part 44 and second be made to push away
Materials and parts 41 limit the end of another gas expansion shaft 10 equipped with core cylinder, at this point, position-limit mechanism 8 is no longer to another dress
There is the end of the gas expansion shaft 10 of core cylinder to be limited, the gas expansion shaft 10 of core cylinder is housed convenient for gas expansion shaft output device 4 to this
It is exported after having wound film.
In the present embodiment, the position-limit mechanism 8 includes being rotatably dispose in the locating part 81 of feeding seat 43 and for driving limit
The limiting cylinder 82 that position part 81 rotates, the locating part 81 are provided with the limiting slot 811 of the end for accommodating gas expansion shaft 10.
During the gas expansion shaft 10 for having wound film is delivered to gas expansion shaft transfer device 3 by gas expansion shaft output device 4,
Position-limit mechanism 8 limits another gas expansion shaft 10 equipped with core cylinder；When specific limit, limiting cylinder 82 drives locating part
81 rotations, so that the end accommodation of another gas expansion shaft 10 equipped with core cylinder is in the limiting slot 811 of locating part 81, thus real
Now another gas expansion shaft 10 equipped with core cylinder is limited, it is thin to ensure that another gas expansion shaft 10 equipped with core cylinder is wound
Stability when film.
In the present embodiment, the film cutting apparatus 6 is provided with the electrostatic generator 5 for film to be adsorbed on to gas expansion shaft 10；
In actual work, it picks and places air expansion shaft device 2 gas expansion shaft 10 equipped with core cylinder is placed in gas expansion shaft output device 4, and gas
The outer surface for the core cylinder that the axis 10 that rises is equipped with contradicts the outer surface of material rolling device 1, and electrostatic generator 5 generates electrostatic, so that due-in
The film of volume is adsorbed on the core cylinder of gas expansion shaft 10, and material rolling device 1 drives the related core cylinder for being adsorbed with film of gas expansion shaft 10
It is rotated, so that the core cylinder on gas expansion shaft 10 winds film, film to be wound is adsorbed to by paper by electrostatic generator 5
On core cylinder, the step of more existing technology is not only reduced manually to core cylinder sticking two-faced adhesive tape, the labour of operator is reduced
Intensity also saves resource, reduces the cost of production, while also improving the production efficiency of winding film.
Preferably, the electrostatic generator 5 is electrostatic rod, and the structure of electrostatic rod is simple, and can produce largely with positive and negative
The air mass of charge is adsorbed on core cylinder convenient for film.
In the present embodiment, the film cutting apparatus 6 include be rotatably dispose in material rolling device 1 cut film seat 61, rotation be installed in
Cut the rotating member 63 of film seat 61, the cutter 62 for being connected to rotating member 63, for drive rotating member 63 rotate rotation cylinder 64 and
For driving the rotating drive mechanism (in figure unlabeled) cutting film seat 61 and rotating around material rolling device 1, the rotation cylinder 64 is filled
Set on film seat 61 is cut, the electrostatic generator 5 is installed in the blade side cut film seat 61 and be located at cutter 62.Preferably, described
Rotating drive mechanism can be driven using the structure of motor driven synchronous belt and synchronizing wheel, the word that the rotating member 63 is in
Shape.
In actual work, after the gas expansion shaft 10 for having core cylinder on material rolling device 1 winds film, rotating drive mechanism is driven
The dynamic related rotation cylinder 64 of film seat 61, rotating member 63 and the cutter 62 cut is rotated around material rolling device 1, so that cutter 62 rotates
To the position of film to be cut, rotation cylinder 64 pushes one end of rotating member 63, so that the other end of rotating member 63 drives cutter
62 rotations, so that the blade of cutter 62 cuts film, after then gas expansion shaft output device 4 will wind film
Gas expansion shaft 10 is exported, and has the core cylinder of film to carry out discharging winding convenient for operator.
In the present embodiment, the side of the material rolling device 1 is provided with multiple film guiding rollers 7, and film is successively wound in multiple lead
The outer surface of deflector roll 7 increases the rate of tension of film conveying, is conveyed convenient for film.
All technical characteristics in the present embodiment can be freely combined according to actual needs.
Above-described embodiment is the preferable implementation of the utility model, and in addition to this, the utility model can be with other sides
Formula realizes that any obvious replacement is in the protection model of the utility model under the premise of not departing from the technical program design
Within enclosing.
Claims (10)
1. a kind of Improvement type winds membrane equipment, it is characterised in that: including for driving gas expansion shaft winding film material rolling device,
It is rotatably dispose in material rolling device and for cutting off film so that the film of cutting that the gas expansion shaft for having wound film stops winding film fills
It sets, the pick-and-place air expansion shaft device for gas expansion shaft to be placed in material rolling device progress coiled strip, be used to send gas expansion shaft to pick-and-place gas
Rise shaft device gas expansion shaft transfer device and for sending the gas expansion shaft after wound membrane from material rolling device to gas expansion shaft transfer device
Gas expansion shaft output device, the gas expansion shaft output device are provided with the position-limit mechanism for being limited to another gas expansion shaft.
2. a kind of Improvement type according to claim 1 winds membrane equipment, it is characterised in that: the gas expansion shaft transfer device
Including for sending gas expansion shaft to the transfer driving mechanism for driving transfer arm to rotate to the transfer arm and being used for for picking and placing air expansion shaft device,
The transfer arm is provided with the placing groove for placing gas expansion shaft.
3. a kind of Improvement type according to claim 2 winds membrane equipment, it is characterised in that: the transfer driving mechanism packet
It includes and is connected to the shaft of transfer arm, the gear of the one end for being installed in shaft, the rack gear that engages with gear and is moved for drive rack
Dynamic transfer cylinder.
4. a kind of Improvement type according to claim 1 winds membrane equipment, it is characterised in that: the pick-and-place air expansion shaft device
Including for picking up or putting down gas expansion shaft pick-and-place part, for drive pick and place part pick up the material receiving mechanism of gas expansion shaft and for driving
The blowing driving mechanism that part puts down gas expansion shaft is picked and placed, the pick-and-place part is provided with the accommodation groove for accommodating gas expansion shaft.
5. a kind of Improvement type according to claim 4 winds membrane equipment, it is characterised in that: the material receiving mechanism includes moving
Movable plate and receiving cylinder for driving movable plate mobile, the blowing driving mechanism are installed in movable plate, the pick-and-places part and
Blowing driving mechanism is drivingly connected.
6. a kind of Improvement type according to claim 1 winds membrane equipment, it is characterised in that: the gas expansion shaft output device
Including feeding seat, the first pusher part, elastic component, it is slideably positioned in feeding seat and for pushing the gas expansion shaft after wound membrane far from coiled strip
Second pusher part of device and pusher cylinder for driving the second pusher part mobile, one end and second of the first pusher part
One end of pusher part is rotatablely connected, and one end of elastic component contradicts the middle part of the second pusher part, and the other end of elastic component contradicts first
The other end of pusher part forms the pusher for accommodating the end of gas expansion shaft between the first pusher part and the second pusher part
Slot.
7. a kind of Improvement type according to claim 6 winds membrane equipment, it is characterised in that: the position-limit mechanism includes turning
The dynamic locating part for being set to feeding seat and the limiting cylinder for driving locating part to rotate, the locating part are provided with for accommodating
The limiting slot of the end of gas expansion shaft.
8. a kind of Improvement type according to claim 1 winds membrane equipment, it is characterised in that: the film cutting apparatus is provided with
For film to be adsorbed on to the electrostatic generator of gas expansion shaft, the electrostatic generator is electrostatic rod.
9. a kind of Improvement type according to claim 8 winds membrane equipment, it is characterised in that: the film cutting apparatus includes turning
It is dynamic be set to material rolling device cut film seat, rotation is installed in the rotating member for cutting film seat, the cutter for being connected to rotating member, for driving
Rotating member rotation rotation cylinder and for driving the rotating drive mechanism cutting film seat ring and rotating around material rolling device, the rotation gas
Cylinder, which is installed in, cuts film seat, and the electrostatic generator is installed in the blade side cut film seat and be located at cutter.
10. a kind of Improvement type according to claim 1 winds membrane equipment, it is characterised in that: the one of the material rolling device
Side is provided with multiple film guiding rollers.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821063903.4U CN208761770U (en) | 2018-07-05 | 2018-07-05 | A kind of Improvement type winding membrane equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821063903.4U CN208761770U (en) | 2018-07-05 | 2018-07-05 | A kind of Improvement type winding membrane equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208761770U true CN208761770U (en) | 2019-04-19 |
Family
ID=66128812
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821063903.4U Active CN208761770U (en) | 2018-07-05 | 2018-07-05 | A kind of Improvement type winding membrane equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208761770U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113104679A (en) * | 2021-04-13 | 2021-07-13 | 铽罗（上海）机器人科技有限公司 | Roll up core section of thick bamboo suit and melt and spout cloth reel reposition of redundant personnel equipment |
-
2018
- 2018-07-05 CN CN201821063903.4U patent/CN208761770U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113104679A (en) * | 2021-04-13 | 2021-07-13 | 铽罗（上海）机器人科技有限公司 | Roll up core section of thick bamboo suit and melt and spout cloth reel reposition of redundant personnel equipment |
| CN113104679B (en) * | 2021-04-13 | 2022-03-01 | 铽罗（上海）机器人科技有限公司 | Roll up core section of thick bamboo suit and melt and spout cloth reel reposition of redundant personnel equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN208761769U (en) | A kind of winding membrane equipment | |
| CN203644888U (en) | Tab adhesive tape sticking mechanism | |
| WO2020223954A1 (en) | Winding apparatus | |
| CN208761770U (en) | A kind of Improvement type winding membrane equipment | |
| CN208544901U (en) | A kind of electrostatic winding membrane equipment | |
| CN109167100A (en) | A kind of lithium battery rubber coating machine | |
| CN112498812B (en) | Automatic packaging equipment for lithium battery pack | |
| CN209853425U (en) | Initial film winding device for roll change of film blowing machine | |
| CN208544902U (en) | A kind of Improvement type winding film machine | |
| CN101901928A (en) | Rotary adhesive tape wrapping device for mobile phone batteries | |
| CN113547789B (en) | Bag making machine for plastic bag production | |
| CN214059363U (en) | Winding device | |
| CN102170027B (en) | Winder special for nickel zinc battery | |
| CN206244162U (en) | A kind of decentralized gummed paper automatic laminating machine utilizing | |
| CN210029385U (en) | Full-automatic winding machine | |
| CN211444370U (en) | Automatic lapper of flat pocket of degradable no printing plastics of food level | |
| CN209298284U (en) | A kind of tape sticking device | |
| CN116093449A (en) | Winding needle mechanism, dust removal winding needle device, winding equipment and cutting winding method | |
| CN114083621A (en) | Intelligent die-cutting machine for preparing polyester plastic film sheet material | |
| CN207183431U (en) | A kind of lithium ion battery automatic tape-wrapping device | |
| CN108557203B (en) | Battery cell rubberizing device | |
| CN207009571U (en) | A kind of aluminum-shell battery module gluing device | |
| CN215623080U (en) | Membrane material packaging equipment | |
| CN217478735U (en) | Cable manufacture coiling mechanism | |
| CN213546389U (en) | Winding mechanism for lithium battery winding machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: No. 3, Mowu Jiwei Industrial Road, Qishi Town, Dongguan City, Guangdong Province, 523000 Patentee after: Guangdong Xinhuida Machinery Technology Group Co.,Ltd. Address before: 523000 No.1 Yuanxin Avenue, Yuanxin Industrial Zone, Mowu village, Qishi Town, Dongguan City, Guangdong Province Patentee before: GUANGDONG XINHUIDA MACHINERY TECHNOLOGY CO.,LTD. |