CN209259262U - Strip material high speed has splicing connection device - Google Patents
Strip material high speed has splicing connection device Download PDFInfo
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- CN209259262U CN209259262U CN201821999222.9U CN201821999222U CN209259262U CN 209259262 U CN209259262 U CN 209259262U CN 201821999222 U CN201821999222 U CN 201821999222U CN 209259262 U CN209259262 U CN 209259262U
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Abstract
The utility model, which provides a kind of strip material high speed, splicing connection device, it is left crimping plate arranged in a crossed manner and right crimping plate, left crimping plate and right crimping plate adsorb the first section of the endpiece and new strip material of old strip material by negative pressure respectively, left crimping plate and right crimping plate are inwardly repelled and attacked under the drive of cylinder respectively, the endpiece for being coated with the old strip material of adhesive glue and the first section slap of new strip material are bonded together, realize the splicing of new and old strip material, buffer storage is set simultaneously, utilize the strip material of buffer storage storage certain length, when carrying out the splicing of strip material, the strip material of buffer storage storage is discharged and is put into production, to not affect the normal production speed, realization do not shut down do not slow down in the case where splice strip material, to guarantee production efficiency, reduce production cost.
Description
Technical field:
The utility model belongs to belt flake material machine-shaping device technical field, and in particular to a kind of strip material is high
Speed has splicing connection device.
Background technique:
In the production process of tobacco leaf production industry, raw material are a large amount of existing for the case where band-like obbbin shape；Than
Such as cigarette paper, the cigarette case lining paper in traditional tobacco；For another example new type low temperature not the thin slice tobacco leaf raw material of burning tobacco, cooling
The PLA material of section.After the problem that band disk paper material must face is material consumption, need to take down old band-like
Obbbin material loads onto new band disk paper material.Currently, equipment must be shut down, in this way during replacing band disk paper material
Just necessarily affect production efficiency.Due to the limitation of machine and manpower, raw material obbbin can not be done especially big, add tobacco
The raising of speed of production step by step caused by machinery updates, frequent band disk paper material replace consumed downtime
The serious raising for restricting production efficiency.
For tobacco leaf production enterprise, there is an urgent need to it is a kind of can automatically by the band disk paper material that will be run out of with
The end to end splicing equipment of new band disk paper material is protected to save because of downtime necessary to more conversion materials
Demonstrate,prove production efficiency.Moreover, during existing tobacco leaf production, the splicing of band disk paper material mostly using there is splicing to connect,
To guarantee the firmness of superposition section after splicing, avoids superposition section in production process from being pulled off, there is splicing to connect and need daub process,
The downtime needed is more.
Existing splicing apparatus has the cigarette paper on KDF2 filter-stick forming device to have glue lap device, by cleverly mechanical
It structurally and electrically controls, realizes the splicing purpose of cigarette paper.But this connecting method also has its limitation, complicated machinery
The blade of structure and high speed whipping, which limits it, can be only applied to the relatively narrow strip material of breadth.And cigarette case lining paper, novel tobacco
Thin slice tobacco-containing material be all breadth be more than 100mm.Overlap joint dress on the raw material of this breadth, KDF2 filter-stick forming device
Setting obviously can not be competent at.Therefore, it is necessary to the bridging arrangements of another form, to face wider breadth, adapt to wider
Use environment.
Utility model content
In conclusion in order to overcome the shortcomings of that prior art problem, the utility model provide a kind of strip material high speed
There is splicing connection device, it is left crimping plate arranged in a crossed manner and right crimping plate, and left crimping plate and right crimping plate are inhaled respectively by negative pressure
The endpiece of attached old strip material and the first section of new strip material, left crimping plate and right crimping plate are respectively under the drive of cylinder
It inwardly repels and attacks, the slap of the first section of the endpiece for being coated with the old strip material of adhesive glue and new strip material is bonded in one
It rises, realizes the splicing of new and old strip material, while buffer storage is set, utilize the band-like material of buffer storage storage certain length
Material, when carrying out the splicing of strip material, the strip material of buffer storage storage is discharged and is put into production, to not influence normal
Speed of production, realization is not shut down do not slow down in the case where splice strip material, to guarantee production efficiency, reduce production cost.
In order to solve the above technical problems, the technical solution of the utility model is achieved in that
A kind of strip material high speed has splicing connection device, in which: including bottom plate, left guide roller, right guide roller, cutting roller,
Lap device, buffer storage, caching feed roller and caching discharge roller, the left guide roller and right guide roller are arranged at bottom plate
On, and opposed bottom rotates, the raw material that one in left guide roller and right guide roller passes through strip material and old strip material
Roller connection, another is connect by new strip material with the stock roll of new strip material, and cutting roller is arranged in left guide roller
On bottom plate between right guide roller, be provided with lap device on the bottom plate, the lap device include overlap joint rack,
Engage guide roller, left crimping plate, right crimping plate, left support axis, right support axis, left cylinder and right cylinder, the overlap joint rack
It is connect with bottom plate, left support axis and right support axis is provided in the overlap joint rack, left support axis is parallel with right support axis simultaneously
Column are arranged, left crimping plate is coated on the left support axis, and left crimping plate is rotated relative to left support axis, are installed on right support axis
There is right crimping plate, right crimping plate is rotated relative to right support axis, and engagement guide roller, engagement guiding are coated on the right support axis
Roller is rotated relative to right support axis, and one in the left crimping plate and right crimping plate is corresponding with old strip material, another
Corresponding with new strip material, left crimping plate crimps plate crossed-symmetrical arrangement with right, and the left crimping plate connects left cylinder, left
Cylinder drives left crimping plate to rotate relative to left support axis, and the right crimping plate connects right cylinder, and right cylinder drives right crimping plate
It is rotated relative to right support axis, left cylinder and right cylinder pass through air cylinder support respectively and connect with bottom plate, be provided on the bottom plate
Cache feed roller, caching discharge roller and buffer storage, spliced strip material successively engaged guide roller, caching feed roller,
Buffer storage and caching discharge roller are connect with follow-up equipment.
Further, it includes flopping plate, cover board and sealing ring that the left crimping plate is identical as the right hardened structure of crimping, described
Slap plate on be provided with slot, the cover plate lid is on the slot of slap plate, and cover board and slap plate pass through screw fastening company
It connects, sealing ring is provided between cover board and slap plate, sealing ring is arranged in around the slot on slap plate, and cover board and slap plate are tight
After being solidly connected, cavity is formed between cover board and the slot for flopping plate, aspirating hole, aspirating hole and slap are provided on the slap plate
Slot on plate is connected to, and gas-tpe fitting is housed on aspirating hole, and gas-tpe fitting is connect by tracheae with vacuum generator, the cover board
On be provided with multiple air holes, the cavity between cover board and slap plate is connected to air hole.
Further, it is provided with cutter on the slap plate of the slap plate of the left crimping plate and right crimping plate, it is described
Cutter and cutting roller cooperate.
Further, multiple air holes are the small ventilating holes intensively arranged in array being arranged on cover board.
Further, the left crimping plate crimps plate crossed-symmetrical arrangement, left support axis and right support axial symmetry cloth with right
It sets, and the extended line that left crimping plate and the contact surface of strip material are A, the right contact surface for crimping plate and strip material is B, A and B
Crosspoint be located on the axle center of left support axis and the axial connecting line of right support axis.
Further, the angle of the left crimping plate and right crimping plate and vertical direction is 36.8 °.
Further, the buffer storage includes fixed roll, dynamic roller, dynamic roller support plate, linear guide and caches motor, described
Fixed roll be arranged on bottom plate, and opposed bottom rotates, and there are two linear guide, two linear guides for setting on the bottom plate
It is arranged in parallel and is distributed on the bottom plate of fixed roll two sides, sliding block is provided in the dynamic roller support plate, sliding block is arranged in straight line
On guide rail, and relative rectilinear guide rail is slidably connected, and is provided with driven pulley in the dynamic roller support plate, sets on the bottom plate
It is equipped with caching motor, is provided with driving pulley on the main shaft of the caching motor, driving pulley passes through synchronous with driven pulley
Band connection is provided with multiple dynamic rollers in the dynamic roller support plate, and dynamic roller is rotated relative to dynamic roller support plate, on the bottom plate
The quantity of fixed roll be it is multiple, multiple fixed rolls are alternately arranged with multiple dynamic rollers, by caching feed roller engagement after strip material
Alternately pass through fixed roll and dynamic roller.
Further, the synchronous belt is toothed belt, and the driven pulley and driving pulley are mutual with toothed belt
The synchronous toothed belt pulley of cooperation.
Further, the caching motor is servo motor.
The utility model has the following beneficial effects:
1, the utility model is left crimping plate arranged in a crossed manner and right crimping plate, and left crimping plate and right crimping plate pass through negative pressure point
The endpiece of old strip material and the first section of new strip material are not adsorbed, and left crimping plate and right crimping plate are respectively in the band of cylinder
It inwardly repels and attacks under dynamic, the endpiece for being coated with the old strip material of adhesive glue and the first section slap of new strip material is bonded in
Together, the splicing of new and old strip material is realized, while buffer storage is set, utilizes the band-like of buffer storage storage certain length
Material, when carrying out the splicing of strip material, the strip material of buffer storage storage is discharged and is put into production, to not influence just
Normal speed of production, realization do not shut down do not slow down in the case where splice strip material, to guarantee production efficiency, reduction is produced into
This.
2, cavity, and the aspirating hole that setting is connected to cavity are formed in the left crimping plate of the utility model and right crimping plate, taken out
Stomata is connected to vacuum generator by tracheae, air hole is provided on left crimping plate and the right cover board for crimping plate, thus in cover board
Strip material is adsorbed on the cover board using negative pressure, guarantees strip material patch on the cover board in splicing movement by upper formation negative pressure
It is smooth docile and do not tamper.
3, the utility model realizes that left crimping plate and the slap of right crimping plate act using left cylinder and right cylinder, does not shut down
It achieves that the splicing of new and old strip material, to reduce downtime and the period of tobacco leaf production equipment, guarantees production efficiency.
4, buffer storage is to realize that strip material is in multiple fixed rolls and dynamic roller during normal production by multiple fixed rolls and dynamic roller
Between cache, when needing to splice, drive dynamic roller support plate to move up by caching motor, make roller close to fixed roll, shortening
The distance between fixed roll and dynamic roller are released the strip material being buffered between fixed roll and dynamic roller, normally produce for tobacco
Strip material is provided, the splicing of raw material is realized in the case where not affecting the normal production, guarantees production efficiency.
5, the left crimping plate of the utility model crimps plate crossed-symmetrical arrangement, left support axis and right support axial symmetry cloth with right
It sets, and the extended line that left crimping plate and the contact surface of strip material are A, the right contact surface for crimping plate and strip material is B, A and B
Crosspoint be located on the axle center of left support axis and the axial connecting line of right support axis, then when left crimping plate clap to the right crimp plate or
When right crimping plate claps crimping plate to the left, it can guarantee that left crimping plate is bonded closely with right crimping plate, binding face between the two is not
There are gap,
6, the utility model structure operation is simple, easy to use, novel, high degree of automation, can be realized new and old
Strip material do not shut down do not slow down in the case where quickly splice, can effectively improve enterprises production efficiency, reduce to production
The requirement of worker's experience level, reduces cost.
Detailed description of the invention:
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the left view structural representation of Fig. 1 of the utility model；
Fig. 3 is the overlooking structure diagram of Fig. 1 of the utility model；
Fig. 4 is the schematic perspective view removed after bottom plate 1 of the utility model；
Fig. 5 is the left crimping plate of the utility model and the structural schematic diagram of right crimping plate；
Fig. 6 has glue to overlap schematic diagram for new and old strip material；
Fig. 7 has glue to dock schematic diagram for new and old strip material；
Fig. 8 is the use state diagram of buffer storage when first powering on production of the utility model.
Specific embodiment
The utility model will be further described in detail below with reference to the accompanying drawings and embodiments.
Embodiment one
As shown in Fig. 1 ~ 6, a kind of strip material high speed has splicing connection device, including bottom plate 1, left guide roller 4, right guide roller
2, roller 3, lap device, buffer storage, caching feed roller 13 and caching discharge roller 8, the left guide roller 4 and right guiding are cut off
Roller 2 is arranged on bottom plate 1, and opposed bottom 1 rotates, the raw material that left guide roller 4 passes through strip material and old strip material
Roller connection, right guide roller 2 are connect by new strip material with the stock roll of new strip material, and the cutting setting of roller 3 is led on a left side
To on the bottom plate 1 between roller 4 and right guide roller 2, lap device is provided on the bottom plate 1, the lap device includes
Overlap rack 15, engagement guide roller 23, left crimping plate 5, right crimping plate 17, left support axis 6, right support axis 16, left cylinder 7 and the right side
Cylinder 14, the overlap joint rack 15 are connect with bottom plate 1, are provided with left support axis 6 and right support in the overlap joint rack 15
Axis 16, left support axis 6 and 16 parallel side-by-side of right support axis are arranged, are coated with left crimping plate 5, left pressure on the left support axis 6
Fishplate bar 5 is rotated relative to left support axis 6, and right crimping plate 17, the opposite right support axis 16 of right crimping plate 17 are coated on right support axis 16
It rotates, engagement guide roller 23 is coated on the right support axis 16, engagement guide roller 23 is rotated relative to right support axis 16, described
Left crimping plate 5 it is corresponding with old strip material, right crimping plate 17 is corresponding with new strip material, the left crimping plate 5 with
The angle of right 17 crossed-symmetrical of crimping plate arrangement, the left crimping plate and right crimping plate and vertical direction is 36.8 °, left branch
Support axis 6 is arranged symmetrically with right support axis 16, and left crimping plate 5 and the contact surface of strip material are A, right crimp plate 17 and band-like material
The contact surface of material is that the crosspoint of the extended line of B, A and B is located at the axle center of left support axis 6 and the axial connecting line of right support axis 16
On, the left crimping plate 5 connects left cylinder 7, and left cylinder 7 drives left crimping plate 5 to rotate relative to left support axis 6, the right side
It crimps plate 17 and connects right cylinder 14, right cylinder 14 drives right crimping plate 17 to rotate relative to right support axis 16, left cylinder 7 and right cylinder
14 are connect by air cylinder support with bottom plate 1 respectively, and caching feed roller 13, caching discharge roller 8 are provided on the bottom plate 1 and is delayed
Cryopreservation device, spliced strip material successively engaged guide roller 23, caching feed roller 13, buffer storage and caching discharge roller 8
It is connect with follow-up equipment.
The left crimping plate 5 identical as right crimping 17 structures of plate includes slap plate 51, cover board 58 and sealing ring 56, institute
Slot 54 is provided on the slap plate 51 stated, the lid of cover board 58 is on the slot 54 of slap plate 51, and cover board 58 and slap plate
51 are fastenedly connected by screw, and sealing ring 56 is provided between cover board 58 and slap plate 51, and sealing ring 56 is arranged in slap plate 51
On slot 54 around, cover board 58 and slap plate 51 be fastenedly connected after, cover board 58 and flop plate 51 slot 54 between form cavity,
Aspirating hole 53 is provided on the slap plate 51, aspirating hole 53 is connected to the slot 54 on slap plate 51, is equipped on aspirating hole 53
Gas-tpe fitting 52, gas-tpe fitting 52 are connect by tracheae with vacuum generator, are provided with multiple air holes on the cover board 58
57, the cavity between cover board 58 and slap plate 51 is connected to air hole 57, and multiple air holes 57 are to be arranged on cover board 58
The small ventilating holes intensively arranged in array.On the slap plate 51 of the slap plate 51 of the left crimping plate 5 and right crimping plate 17
It is provided with cutter 55, the cutter 55 and cutting roller 3 cooperate.
The buffer storage includes fixed roll 9, dynamic roller 10, dynamic roller support plate 11, linear guide 12 and caching motor 19, institute
The fixed roll 9 stated is arranged on bottom plate 1, and opposed bottom 1 rotates, linear guide 12 there are two settings on the bottom plate 1, and two
Linear guide 12 is arranged in parallel and is distributed on the bottom plate 1 of 9 two sides of fixed roll, is provided with sliding block in the dynamic roller support plate 11
18, sliding block 18 is arranged in linear guide 12, and relative rectilinear guide rail 12 is slidably connected, and is arranged in the dynamic roller support plate 11
There is driven pulley 22, caching motor 19 is provided on the bottom plate 1, the caching motor 19 is servo motor.Described
It caches and is provided with driving pulley 20 on the main shaft of motor 19, driving pulley 20 is connect with driven pulley 22 by synchronous belt 21, institute
Multiple dynamic rollers 10 are provided in the dynamic roller support plate 11 stated, dynamic roller 10 is rotated relative to dynamic roller support plate 11, on the bottom plate 1
The quantity of fixed roll 9 be it is multiple, multiple fixed rolls 9 are alternately arranged with multiple dynamic rollers 10, by caching feed roller 13 engagement after band
Shape material alternately passes through fixed roll 9 and dynamic roller 10.The synchronous belt 21 is toothed belt, the driven pulley 22 and driving pulley
20 are and the mutually matched synchronous toothed belt pulley of toothed belt.
In use, needing manually to wear paper when first powering on production.Starting caching motor 19, caching motor 19 pass through actively
Belt wheel 20, driven pulley 22 and synchronous belt 21 promote dynamic roller support plate 11 to design extreme higher position, at this point, dynamic roller 10 and dynamic roller
Distance is nearest between 10, as shown in figure 8, strip material almost presses the path of "-" type across dynamic roller 10 and fixed roll 9, manually
Strip material is installed between fixed roll 9 and dynamic roller 10, operation is facilitated.In the process, strip material is pasted under the action of negative pressure
Clothes are on left crimping plate 5.
During normal production, caching motor 19 drives dynamic roller support plate 11 to decline, and dynamic roller 10 is dropped to designed minimum
Position makes it in " S " type path across dynamic roller 10 and fixed roll 9 at this point, dynamic roller 10 pushes strip material, moves roller 10 and determines
The band-like raw material of the storage certain length of roller 9.And by the first section of new strip material pull out under the action of negative pressure docile in right pressure
On fishplate bar 17, and sticking two-faced adhesive tape on it.
When needing to splice, left cylinder 7 is acted, and is driven old strip material to clap and is crimped plate 17 to the right, dynamic in left crimping plate 5
During work, cutter 55 and cutting roller 3 on the slap plate 51 of left crimping plate 5 cooperate, and cut off old material, left crimping plate 5
With it is right crimp plate 17 left cylinder 7 effect under fit closely, old strip material is bonded in new strip material by double-sided adhesive
Together, old strip material is bonded with new strip material, and new strip material bonds together with old strip material, is realized
The overlap joint of new and old strip material.
In splicing, caching motor 19 starts, and drives dynamic roller support plate 11 to rise along vertical rail, moves roller 10 and fixed roll 9
The distance between shorten, the strip material of release buffer storage storage, realization does not slow down and does not shut down replacement strip material, guarantees life
Produce efficiency.
The left guide roller 4 of the present embodiment is connect by strip material with the stock roll of old strip material, and right guide roller 2 passes through
New strip material is connect with the stock roll of new strip material.When right guide roller 2 passes through strip material and old strip material
Stock roll connection, when left guide roller 4 is connect by new strip material with the stock roll of new strip material, left crimping plate 5
Corresponding new strip material, the right corresponding old strip material of crimping plate 17, then when connect without splicing, right crimping plate 17 clap to
Left crimping plate 5.
Embodiment two
As shown in fig. 7, repeating embodiment one, there is following difference, when during normal production, by the first section of new strip material
Docile under the action of negative pressure is pulled out to bond on right crimping plate 17, and by the head end of the half of one side glue and new strip material,
The other half of one side glue is exposed, the one side and new strip material of the not glue of one side glue under the action of negative pressure docile in right crimping
On plate 17, when needing to splice strip material, left cylinder 7 is acted, and is driven old strip material to clap and is crimped plate 17 to the right, in left pressure
In 5 action process of fishplate bar, cutter 55 and cutting roller 3 on the slap plate 51 of left crimping plate 5 cooperate, and cut off old material, left
Crimping plate 5 crimp plate 17 in the case where left cylinder 7 acts on and fits closely with right, old strip material and exposed single side glue sticking, from
And realize docking for new strip material and old strip material.
Compared with a kind of overlap joint of new and old strip material of embodiment, docking mode can reduce superposition section in the present embodiment
Thickness, mode that overlapped splices the thickness that superposition section adds double-sided adhesive with a thickness of twice of material stock thickness, in answering for certain materials
With will appear the case where splice sections collect later too slightly, tobacco leaf production was caused to have some setbacks when crossing smoke chamber in the process appearance, even
Smoke chamber stopping state was caused to occur.And the docking mode in the present embodiment reduces the thickness of superposition section, which only has
The thickness of single layer strip material adds the thickness of one side glue, and docking mode can effectively avoid smoke chamber during tobacco leaf production
The case where blocking, occurs.
It should be noted that embodiment described above be to the illustrative and not limiting of technical solutions of the utility model, it is affiliated
The equivalent replacement of technical field those of ordinary skill or the other modifications made according to the prior art, as long as unpractical beyond this
The thinking and range of new technique scheme, should be included within interest field required by the utility model.
Claims (8)
1. a kind of strip material high speed has splicing connection device, it is characterised in that: including bottom plate (1), left guide roller (4), right guiding
Roller (2), cutting roller (3), lap device, buffer storage, caching feed roller (13) and caching discharge roller (8), the left guiding
Roller (4) and right guide roller (2) are arranged on bottom plate (1), and opposed bottom (1) rotates, left guide roller (4) and right guide roller
(2) one in is connect by strip material with the stock roll of old strip material, another is by new strip material and newly
Strip material stock roll connection, bottom plate (1) between left guide roller (4) and right guide roller (2) is arranged in cutting roller (3)
On, lap device is provided on the bottom plate (1), the lap device includes overlap joint rack (15), engagement guide roller
(23), left crimping plate (5), right crimping plate (17), left support axis (6), right support axis (16), left cylinder (7) and right cylinder (14),
The overlap joint rack (15) is connect with bottom plate (1), is provided with left support axis (6) and right support in the overlap joint rack (15)
Axis (16), left support axis (6) and right support axis (16) parallel side-by-side are arranged, are coated with left crimping on the left support axis (6)
Plate (5), left crimping plate (5) rotate relative to left support axis (6), are coated with right crimping plate (17), right crimping on right support axis (16)
Plate (17) is rotated relative to right support axis (16), and engagement guide roller (23), engagement guiding are coated on the right support axis (16)
Roller (23) is rotated relative to right support axis (16), one in the left crimping plate (5) and right crimping plate (17) with it is old band-like
Material is corresponding, another is corresponding with new strip material, and left crimping plate (5) is arranged with right plate (17) crossed-symmetrical that crimps, described
Left crimping plate (5) connect left cylinder (7), left cylinder (7) drives left crimping plate (5) relative to left support axis (6) rotation, described
Right crimping plate (17) connects right cylinder (14), and right cylinder (14) drives right crimping plate (17) to rotate relative to right support axis (16), left
Cylinder (7) and right cylinder (14) are connect by air cylinder support with bottom plate (1) respectively, be provided on the bottom plate (1) cache into
Expect roller (13), caching discharge roller (8) and buffer storage, spliced strip material successively engaged guide roller (23), cache into
Material roller (13), buffer storage and caching discharge roller (8) are connect with follow-up equipment.
2. strip material high speed according to claim 1 has splicing connection device, it is characterised in that: the left crimping plate
(5) identical as right crimping plate (17) structure includes slap plate (51), cover board (58) and sealing ring (56), the slap plate
(51) it is provided on slot (54), the cover board (58) lid is on the slot (54) of slap plate (51), and cover board (58) and slap
Plate (51) is fastenedly connected by screw, is provided with sealing ring (56) between cover board (58) and slap plate (51), sealing ring (56) cloth
It sets around the slot (54) in slap plate (51), after cover board (58) is fastenedly connected with slap plate (51), cover board (58) and slap
Cavity is formed between the slot (54) of plate (51), is provided with aspirating hole (53) on the slap plate (51), aspirating hole (53) and bat
Slot (54) connection on plate (51) is hit, gas-tpe fitting (52) are housed on aspirating hole (53), gas-tpe fitting (52) is by tracheae and very
Empty generator connects, and is provided with multiple air holes (57) on the cover board (58), between cover board (58) and slap plate (51)
Cavity is connected to air hole (57).
3. strip material high speed according to claim 2 has splicing connection device, it is characterised in that: the left crimping plate
(5) and on the slap plate (51) of right crimping plate (17) it is provided with cutter (55), the cutter (55) and cutting roller (3) phase interworking
It closes.
4. strip material high speed according to claim 2 has splicing connection device, it is characterised in that: multiple air holes
(57) small ventilating holes intensively arranged in array to be arranged on cover board (58).
5. strip material high speed according to claim 1 has splicing connection device, it is characterised in that: the left crimping plate
(5) plate (17) crossed-symmetrical arrangement is crimped with right, left support axis (6) is arranged symmetrically with right support axis (16), and left crimping plate (5)
With the crosspoint for the extended line that the contact surface of strip material is A, the right contact surface for crimping plate (17) and strip material is B, A and B
On the axle center of left support axis (6) and the axial connecting line of right support axis (16).
6. strip material high speed according to claim 1 has splicing connection device, it is characterised in that: the buffer storage packet
Fixed roll (9), dynamic roller (10), dynamic roller support plate (11), linear guide (12) and caching motor (19), the fixed roll (9) is included to set
It sets on bottom plate (1), and opposed bottom (1) rotates, there are two linear guide (12), two straight for setting on the bottom plate (1)
Line guide rail (12) is arranged in parallel and is distributed on the bottom plate (1) of fixed roll (9) two sides, is provided on the dynamic roller support plate (11)
Sliding block (18), sliding block (18) is arranged on linear guide (12), and relative rectilinear guide rail (12) is slidably connected, the dynamic roller branch
It is provided on fagging (11) driven pulley (22), caching motor (19), the caching motor is provided on the bottom plate (1)
(19) it being provided on main shaft driving pulley (20), driving pulley (20) is connect with driven pulley (22) by synchronous belt (21),
Multiple dynamic rollers (10) are provided on the dynamic roller support plate (11), dynamic roller (10) are rotated relative to dynamic roller support plate (11), described
Bottom plate (1) on fixed roll (9) quantity be it is multiple, multiple fixed rolls (9) are alternately arranged with multiple dynamic rollers (10), by caching into
Strip material after expecting the engagement of roller (13) alternately passes through fixed roll (9) and dynamic roller (10).
7. strip material high speed according to claim 6 has splicing connection device, it is characterised in that: the synchronous belt (21)
For toothed belt, the driven pulley (22) and driving pulley (20) are and the mutually matched synchronous toothed belt pulley of toothed belt.
8. strip material high speed according to claim 6 has splicing connection device, it is characterised in that: the caching motor
It (19) is servo motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821999222.9U CN209259262U (en) | 2018-11-30 | 2018-11-30 | Strip material high speed has splicing connection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821999222.9U CN209259262U (en) | 2018-11-30 | 2018-11-30 | Strip material high speed has splicing connection device |
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| Publication Number | Publication Date |
|---|---|
| CN209259262U true CN209259262U (en) | 2019-08-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821999222.9U Active CN209259262U (en) | 2018-11-30 | 2018-11-30 | Strip material high speed has splicing connection device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109230711A (en) * | 2018-11-30 | 2019-01-18 | 河南省新之林机电设备有限公司 | Strip material high speed has splicing connection device |
| CN110642053A (en) * | 2019-09-27 | 2020-01-03 | 常德烟草机械有限责任公司 | Splicing non-stop equipment |
| CN111217180A (en) * | 2020-01-17 | 2020-06-02 | 广东利元亨智能装备股份有限公司 | Feeding device, adhesive tape sticking device and feeding method |
| CN111874698A (en) * | 2020-07-16 | 2020-11-03 | 陕西思维印务有限公司 | Paper receiving device of printing machine and rotary printing machine |
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2018
- 2018-11-30 CN CN201821999222.9U patent/CN209259262U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109230711A (en) * | 2018-11-30 | 2019-01-18 | 河南省新之林机电设备有限公司 | Strip material high speed has splicing connection device |
| CN109230711B (en) * | 2018-11-30 | 2024-02-06 | 河南省新之林机电设备有限公司 | High-speed adhesive splicing device for strip-shaped material |
| CN110642053A (en) * | 2019-09-27 | 2020-01-03 | 常德烟草机械有限责任公司 | Splicing non-stop equipment |
| CN111217180A (en) * | 2020-01-17 | 2020-06-02 | 广东利元亨智能装备股份有限公司 | Feeding device, adhesive tape sticking device and feeding method |
| CN111874698A (en) * | 2020-07-16 | 2020-11-03 | 陕西思维印务有限公司 | Paper receiving device of printing machine and rotary printing machine |
| CN111874698B (en) * | 2020-07-16 | 2022-03-04 | 陕西思维印务有限公司 | Paper receiving device of printing machine and rotary printing machine |
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