CN207875078U - A kind of overlay film cutting integration equipment - Google Patents
A kind of overlay film cutting integration equipment Download PDFInfo
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- CN207875078U CN207875078U CN201721872749.0U CN201721872749U CN207875078U CN 207875078 U CN207875078 U CN 207875078U CN 201721872749 U CN201721872749 U CN 201721872749U CN 207875078 U CN207875078 U CN 207875078U
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- cut
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Abstract
The utility model discloses a kind of overlay film cutting integration equipment, including external control unit outside and two overlay film wallboards, film-covering mechanism, cutting mechanism and conveying coordination organization.Conveying coordination organization, which includes paper contact jaw, limit contact and limit detection components, paper contact jaw, to move reciprocatingly along perpendicular to sheet transport direction to be cut of cutting.Coordination organization is conveyed first by the processed cut paper to be cut of film-covering mechanism caching, and monitors the surplus of cut paper to be cut caching, then adjusts the speed of cut of speed and cutting mechanism that cut paper to be cut is transmitted to cutting mechanism.The cut paper to be cut in coordination organization is conveyed as surplus increases and reduces, cut paper to be cut changes between tensioning state and relaxed state, and reflects the variation of surplus by the reciprocating motion of paper contact jaw.The utility model solves the problems, such as, because cutting due to pause overlay film, to ensure that overlay film is carried out continuously with what is cut, can be widely used for printing technology.
Description
Technical field
The utility model is related to printing technology, more particularly to a kind of overlay film cutting integration equipment.
Background technology
Laminating machine on the market only has single film covering function, only a small number of producer's development ＆ production overlay film cutting integrations at present
Change equipment.Overlay film cutting integration equipment usually cuts inconsistent with the speed of overlay film and influences work effect during the work time
Rate can lead to the insufficient supply of cut paper to be cut during cutting and make entire worked if overlay film speed is less than speed of cut
Journey is interrupted；If overlay film speed is more than speed of cut, then avoid the accumulation of cut paper to be cut, need to stop coating process coming etc. it is to be cut
Journey completion is cut through, and once pausing in coating process will cause coated products to generate the apparent marking.Therefore it needs in overlay film
A set of conveying coordination organization is designed in cutting integration equipment to ensure being carried out continuously for coating process and the process that cuts.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of overlay film cutting integration equipment, solve overlay film mistake
The problem of being paused in journey because cutting, and then ensure that being carried out continuously for coating process and the process that cuts.
Used technical solution to solve above-mentioned technical problem：
A kind of overlay film cutting integration equipment, including external control unit outside and two overlay film wallboards being mutually parallel, it is described
It is disposed with film-covering mechanism and cutting mechanism between overlay film wallboard, further includes being used between the film-covering mechanism and cutting mechanism
Coordinate the conveying coordination organization of cut paper to be cut conveying speed, the conveying coordination organization includes being arranged in each overlay film wallboard
Paper contact jaw in same position, the limit contact being arranged on the paper contact jaw and limit contact position can be incuded
Limit detection components, the paper contact jaw is arranged in each overlay film wallboard by elastic component, and the paper contact jaw can
Edge moves reciprocatingly perpendicular to sheet transport direction to be cut of cutting.
Further, the limit detection components can incude the apical position of the limit contact, and limit detection components include
The lower limit level sensor being arranged in above the limit contact and the upper limit sensing being arranged in above the lower limit level sensor
Device, the upper limit level sensor and lower limit level sensor are each attached on the overlay film wallboard.
Further, the paper contact jaw includes the whole at least one longitudinal polished rod that can be moved synchronously, each longitudinal direction
Polished rod is vertical with each overlay film wallboard, and the elastic component is arranged in the both ends of each longitudinal polished rod, each bullet
Property part one end connect with the end of longitudinal polished rod, the other end of elastic component is directly or indirectly fixed on the overlay film wallboard,
The side of each longitudinal polished rod is contacted with the cut paper to be cut, and the limit contact is arranged therein longitudinal direction polished rod
One end；The first active force and the cut paper to be cut that the elastic component applies paper contact jaw apply each longitudinal polished rod
The second active force added makes longitudinal polished rod edge move reciprocatingly perpendicular to sheet transport direction to be cut of cutting.
Further, the first guide groove to move reciprocatingly for longitudinal polished rod, institute are arranged on each overlay film wallboard
The end for stating longitudinal polished rod is arranged in first guide groove.
Further, further include the return mechanism in situ being arranged in below the conveying coordination organization, the original position return machine
Structure includes the return driving device of return drive component in situ and driving return drive component in situ, the original position return driving group
Part includes the first return shifting block and the second return group for being located at one of described paper contact jaw longitudinal polished rod one end
Block, the first return shifting block and the second return shifting block respectively it is direct or indirect be arranged in it is identical on each overlay film wallboard
At position, the return driving device drives the first return shifting block and the second return shifting block to move synchronously；
The original position return mechanism further includes the home position sensing that can incude return shifting block position, the home position sensing packet
Include the second sensing in situ above the first home position sensing being arranged in below the first return shifting block and the first return shifting block
Device, first home position sensing and the second home position sensing are arranged on the overlay film wallboard, the described first sensing in situ
Position where device or the second home position sensing is home position；
When laminating machine is stopped, the return driving device drives the first return shifting block to move to the position in situ
It sets, while the first return shifting block and the second return shifting block can drive longitudinal polished rod to move together；
When laminating machine is started to work, the return driving device drives the first return shifting block to move to another and passes in situ
Sensor position, while each longitudinal polished rod is released, the movement of each longitudinal polished rod is no longer by return drive component
Constraint.
Further, the conveying coordination organization further includes several guide plates, and the guide plate is along the side for conveying cut paper to be cut
To the front side and/or rear side for being arranged in the paper contact jaw, guide plate passes through two external part cloth close to the side of longitudinal polished rod
It sets in the opposite ends of adjacent longitudinal polished rod, passes through a raised cloth respectively with the both ends of longitudinal polished rod opposite side on guide plate
It sets on each overlay film wallboard.
Further, the second guide groove slided for longitudinal polished rod end, each protrusion are disposed on the external part
After being arranged on overlay film wallboard, the guide plate can be dynamic around shaft rotation where protrusion.
Further, the external part is arranged in the end of longitudinal polished rod by rolling bearing, on each overlay film wallboard
It is disposed with the third guide groove to match with the protrusion, when each longitudinal polished rod moves reciprocatingly, the guide plate can be therewith
It is reciprocating along third guide groove, while guide plate is dynamic around shaft rotation where protrusion.
Further, further include that several tense roll assembly, the roll assembly that tenses is along the direction cloth for conveying cut paper to be cut
It sets in the front side of the conveying coordination organization and/or rear side, the both ends for tensing roll assembly are arranged in each overlay film
On wallboard.
Advantageous effect：The utility model is designed with defeated for coordinating cut paper to be cut between film-covering mechanism and cutting mechanism
Send the conveying coordination organization of speed, conveying coordination organization past by doing first by the processed cut paper to be cut of film-covering mechanism caching
The paper contact jaw and limit contact that move again and induction limit the limit detection components of contact position to monitor cut paper to be cut
The surplus of caching is opened, then adjusts the speed of cut of the transmission speed from cut paper to be cut to cutting mechanism and cutting mechanism that transmit.It is defeated
Increasing and reduce with cut paper Zhang Yuliang to be cut in coordination organization is sent, cut paper to be cut is between tensioning state and relaxed state
Corresponding transformation is done, the active force applied to changing elastic component and cut paper to be cut to paper contact jaw is simultaneously contacted by paper
The reciprocating motion at end reflects these variations.The utility model is solved in coating process by above-mentioned design and is paused because cutting
The problem of, it ensure that being carried out continuously for coating process and the process that cuts, can be widely applied to printing technology.
Description of the drawings
Fig. 1 is that the utility model embodiment removes the installation diagram after an overlay film wallboard；
Fig. 2 is that the utility model embodiment removes the front view after an overlay film wallboard；
Fig. 3 is the structural schematic diagram of the paper contact jaw of the utility model embodiment.
Specific implementation mode
The utility model is described further with reference to Fig. 1 to Fig. 3.
Embodiment one：
A kind of overlay film cutting integration equipment, including external control unit outside and two overlay film wallboards 1 being mutually parallel, institute
It states and is disposed with film-covering mechanism and cutting mechanism between overlay film wallboard 1.The film-covering mechanism includes carrying out coating processing to paper
The overlay film driving device of 2 work of hot-rolling component 2 and driving hot-rolling component, the cutting mechanism cut tension roll assembly including first
42, second tension roll assembly 43 is cut, knife assembly 44 is cut and cuts driving device, it is described to cut driving device driving first
Cut tense roll assembly 42, second cut tense roll assembly 43 and cut knife assembly 44 work.To make cutting mechanism and laminating machine
The work of structure can be connected consistent, be disposed between the film-covering mechanism and cutting mechanism tunable it is to be cut cut paper sheet delivery speed
The conveying coordination organization of degree.
The conveying coordination organization includes the paper contact jaw being arranged in each 1 same position of overlay film wallboard, arrangement
Limit contact 333 on the paper contact jaw and the limit detection components that 333 position of limit contact can be incuded, the paper
It opens contact jaw and each overlay film wallboard 1, the first effect that the elastic component applies paper contact jaw is arranged in by elastic component
Power and the cut paper to be cut make the paper contact jaw edge perpendicular to waiting cutting the second active force that paper contact jaw applies
Sheet transport direction moves reciprocatingly, and the limit contact 333 is moved synchronously with paper contact jaw.It waits cutting in the present embodiment
The conveying direction of paper is horizontal direction, and described move back and forth is vertical direction.
Further, the limit detection components can incude the apical position of the limit contact 333, limit detection components packet
It includes the lower limit level sensor 332 for being arranged in 333 top of limit contact and is arranged in 332 top of the lower limit level sensor
Upper limit level sensor 331, the upper limit level sensor 331 and lower limit level sensor 332 are each attached on the overlay film wallboard 1.
Further, the paper contact jaw includes the whole at least one longitudinal polished rod 342 that can be moved synchronously, the present embodiment
In, the quantity of the longitudinal direction polished rod 342 is one.The longitudinal direction polished rod 342 is vertical with two overlay film wallboards 1, the elasticity
Part is arranged in the both ends of longitudinal polished rod 342, and one end of the spring 341 is connect with the end of longitudinal polished rod 342,
The other end of spring 341 is directly or indirectly fixed on the overlay film wallboard 1.In the present embodiment, each elastic component is bullet
Spring 341, each spring 341 are respectively positioned on the top of longitudinal polished rod 342, and each spring 341 is extension spring.The longitudinal direction
The both ends of polished rod 342 are suspended on by spring 341 on the overlay film wallboard 1 respectively, spring 341 to longitudinal polished rod 342
One active force is upward pulling force.The side of each longitudinal polished rod 342 is contacted with the cut paper to be cut, the limit contact
333 fix with one end of longitudinal polished rod 342.The both ends of the longitudinal direction polished rod 342 are respectively arranged that there are one sliding block, each overlay films
The first guide groove to match with the sliding block is arranged on wallboard 1, the longitudinal direction polished rod 342 is led by sliding block along first
It is reciprocating to slot.
Further, the utility model further includes that several tense roll assembly, and the both ends for tensing roll assembly are respectively arranged
On the overlay film wallboard 1.In the present embodiment, the quantity for tensing roll assembly is two, including is opened along cut paper to be cut is conveyed
After direction is arranged in the overlay film tension roll assembly 311 on front side of the conveying coordination organization and is arranged in the conveying coordination organization
The transmission of side tenses roll assembly 312.The overlay film tenses roll assembly 311 and is driven by overlay film driving device, and transmission tenses roll assembly
312 are cut driving device driving.
Roll assembly 311 is tensed by overlay film through the film-covering mechanism treated cut paper to be cut and is sent into the conveying coordination machine
Structure, then roll assembly 312 is tensed by transmission and is sent into cutting mechanism from conveying coordination organization, the overlay film tenses roll assembly 311 and passes
The region between tensing roll assembly 312 is sent to can be considered buffer zone.In the buffer zone, cut paper to be cut is to longitudinal polished rod
342 the second active force is downward pressure.
Further, the conveying coordination organization further includes several guide plates.The guide plate is along the side for conveying cut paper to be cut
To the front side and/or rear side for being arranged in the paper contact jaw, guide plate is rectangular slab, and two short sides of guide plate prolong respectively towards the same side
Arrangement is stretched there are one external part, and each external part is respectively fitted on one end of longitudinal polished rod 342, each external part
The end of longitudinal polished rod 342 is arranged in by rolling bearing, therefore the guide plate can be rotated around longitudinal polished rod 342.The guide plate
The upper long side with 342 opposite side of longitudinal polished rod extends one section of protrusion towards both ends, and 1 upper edge of the overlay film wallboard conveying is to be cut
It cuts paper orientation and is disposed with the third guide groove to match with the protrusion, each litter is arranged in corresponding third and is oriented to
In slot, therefore the guide plate can be slided along third guide groove, while guide plate can also be rotated around the litter.When longitudinal polished rod
342 when moving reciprocatingly, and the guide plate can be rotated around longitudinal polished rod 342 therewith, while guide plate is slided along third guide groove.
The processes such as the rotation and sliding of aforementioned guide plate are matched with the reciprocating motion of longitudinal polished rod 342.
In the present embodiment, the quantity of the guide plate is two, include be arranged in along the direction for conveying cut paper to be cut it is described
The front guide 343 of 342 front side of longitudinal polished rod and the back guide 344 for being arranged in 342 rear side of longitudinal polished rod.
Further, the utility model further includes the return mechanism in situ being arranged in below the conveying coordination organization, described
Return mechanism in situ includes the return driving device of return drive component 323 in situ and driving return drive component 323 in situ.
In the present embodiment, the original position return drive component 323 is including return transmission shaft and is arranged in return biography
The the first return shifting block and the second return shifting block of end shaft, and the both ends of the return transmission shaft are arranged in each described cover
On film wallboard 1.The first return shifting block and the second return shifting block are each attached on the return transmission shaft, the first return shifting block
It can be rotated synchronously with the rotation of return transmission shaft with the second return shifting block.The return driving device driving return is driven shaft rotation
When dynamic, the first return shifting block and the second return shifting block, which rotate therewith, can drive longitudinal polished rod 342 to move downward.It is described
It is arranged with contact in situ on first return shifting block and the second return shifting block, can determine the first return shifting block by contact in situ
With the physical location of the second return shifting block.
The position contacted between the first return shifting block and the second return shifting block and longitudinal polished rod 342 is arranged with phase
The protrusion matched, each protrusion are located at the lower section of the first return shifting block and the second return shifting block, therefore the first return
Shifting block and the second return shifting block, which can push down protrusion, makes longitudinal polished rod 342 move downward.But when the first return shifting block and the second return
When shifting block is lifted up, the longitudinal direction polished rod 342 is just released, and is no longer influenced by downward pressure, therefore longitudinal polished rod 342 is by bullet
The pulling of spring 341 moves upwards.
The original position return mechanism further includes the sensing in situ that can incude the first return shifting block and the second return shifting block position
Device, the home position sensing include be arranged in the first home position sensing 321 and top below the first return shifting block
Two home position sensings 322.First home position sensing, 321 and second home position sensing 322 is respectively positioned on first return and dials
In the rotary motion trace of block, first home position sensing, 321 and second home position sensing 322 is arranged in the overlay film wallboard 1
On.The location information of first return shifting block and the second return shifting block can be sent to external control unit outside by the home position sensing.
Further, when laminating machine is stopped, the return driving device drives return transmission shaft to drive the first return
Shifting block and the rotation of the second return shifting block, the first return shifting block and the second return shifting block drive longitudinal polished rod 342 simultaneously
It moves downward, stops when the contact in situ reaches the position of the first home position sensing 321, at this time as described longitudinal light
The home position state of bar 342；When laminating machine is started to work, the return driving device drives return transmission shaft to drive first
Return shifting block and the second return shifting block are rotated to negative direction, until the contact in situ reaches the position of the second home position sensing 322
Stop when setting, and longitudinal polished rod 342 is released, the pact of the longitudinal direction polished rod 342 moved no longer by return drive component
Beam is pulled by spring 341 and is moved upwards.
The utility model realizes that the working method of cushioning effect is as follows：
1, before powering on, the conveying coordination organization is in home position state, and spring 341 is tensional state at this time.
After powering on startup, the film-covering mechanism is started to work, while return mechanism in situ releases the constraint to longitudinal polished rod 342,
The limit contact 333 is moved upwardly together with longitudinal polished rod 342, when the top of limit contact 333 does not reach lower limit also
When at sensor 332, the driving device that cuts is waited for；
2, with the work of film-covering mechanism, the cut paper to be cut for being sent into buffer zone gradually increases, of cut paper to be cut
Tight state gradually becomes relaxed state, and cut paper to be cut is gradually reduced the second active force of longitudinal polished rod 342, and the limit is touched
The top of piece 333 rises at upper limit level sensor 331, and signal is reached external control unit outside by upper limit level sensor 331.Outside
Portion's control unit is accelerated to by cutting driving device control transmission tension roll assembly 312 more than overlay film tension roll assembly 311
State, transmission tense roll assembly 312 and the cut paper to be cut in buffer zone are quickly delivered to cutting mechanism, while cutting mechanism
It starts to work.At this point, since the caching surplus of cut paper to be cut is quickly reduced, cut paper to be cut is gradually become by relaxed state to be opened
Tight state, the second active force increases so that longitudinal polished rod 342 moves downward, and limit contact 333 can be downward with longitudinal polished rod 342
Movement；
3, when the top of limit contact 333 drops at lower limit level sensor 332, lower limit level sensor 332 passes signal
To external control unit outside, external control unit outside is decelerated to waiting shape by cutting driving device control transmission tension roll assembly 312
State.Hereafter the caching surplus of cut paper to be cut can gradually increase, and cut paper to be cut gradually becomes relaxed state by tensioning state, the
Two active forces are gradually reduced so that longitudinal polished rod 342 moves upwards, and limit contact 333 can be moved upwards with longitudinal polished rod 342.
It can be seen from the above, in overlay film work, conveying is realized by constantly repeating step 2 and step 3 for the utility model
Coordinative role.
During foregoing work, the operating rate that film-covering mechanism tenses roll assembly 311 with overlay film remains constant, cuts
The first of mechanism cuts tension roll assembly 42 and second and cuts the operating rate and transmission tension roller group for tensing roll assembly 43
The operating rate of part 312 is always consistent.Aforementioned spring 341 can also be all disposed within lower section or the bullet of longitudinal polished rod 342
Spring 341 can also be compressed spring.According to the change of spring 341 classification and position, coordination organization is conveyed in the utility model
Other structures will also do corresponding variation.
Embodiment two：
The difference between this embodiment and the first embodiment lies in the spring 341 is compressed spring, the spring 341 will be longitudinal
The picking-up of polished rod 342 is arranged between each overlay film wallboard 1.
Embodiment three：
It is slided for 342 end of longitudinal polished rod the difference between this embodiment and the first embodiment lies in being disposed on the external part
The second dynamic guide groove, after each protrusion is arranged on overlay film wallboard 1, each guide plate can be dynamic around shaft rotation where protrusion.
The embodiment of the utility model is explained in detail above in association with attached drawing, but the utility model is not limited to
State embodiment, the technical field those of ordinary skill within the scope of knowledge, this practicality can also not departed from
Various changes can be made under the premise of novel objective.
Claims (9)
1. a kind of overlay film cutting integration equipment, including external control unit outside and two overlay film wallboards (1) being mutually parallel, described
Overlay film wallboard is disposed with film-covering mechanism and cutting mechanism between (1), it is characterised in that：Further include being located at the film-covering mechanism and sanction
The conveying coordination organization for coordinating cut paper to be cut conveying speed between mechanism is cut, the conveying coordination organization includes being arranged in
Paper contact jaw in each overlay film wallboard (1) same position, the limit contact (333) being arranged on the paper contact jaw
And the limit detection components of limit contact (333) position can be incuded, the paper contact jaw can be along perpendicular to cut paper to be cut
Conveying direction moves reciprocatingly.
2. a kind of overlay film cutting integration equipment according to claim 1, it is characterised in that：The limit detection components can
Incude the apical position of the limit contact (333), limit detection components include being arranged in above the limit contact (333)
Lower limit level sensor (332) and the upper limit level sensor (331) being arranged in above the lower limit level sensor (332), it is described on
Limit sensors (331) and lower limit level sensor (332) are each attached on the overlay film wallboard (1).
3. a kind of overlay film cutting integration equipment according to claim 2, it is characterised in that：The paper contact jaw includes
At least one longitudinal polished rod (342) that entirety can move synchronously, each longitudinal polished rod (342) with each overlay film wallboard
(1) vertically, each longitudinal polished rod (342) is arranged in by elastic component on each overlay film wallboard (1), the elastic component difference
The both ends of each longitudinal polished rod (342) are arranged in, one end of each elastic component is connect with the end of longitudinal polished rod (342),
The other end of elastic component is directly or indirectly fixed on the overlay film wallboard (1), the side of each longitudinal polished rod (342) and institute
Cut paper to be cut contact is stated, the limit contact (333) is arranged therein one end of a longitudinal polished rod (342)；The elasticity
The first active force and the cut paper to be cut that part applies paper contact jaw each longitudinal polished rod (342) is applied second
Active force makes longitudinal polished rod (342) edge move reciprocatingly perpendicular to sheet transport direction to be cut of cutting.
4. a kind of overlay film cutting integration equipment according to claim 3, it is characterised in that：Each overlay film wallboard (1)
On be arranged with the first guide groove to move reciprocatingly for longitudinal polished rod (342), the end arrangement of the longitudinal direction polished rod (342)
In first guide groove.
5. a kind of overlay film cutting integration equipment according to claim 3 or 4, it is characterised in that：
Further include the return mechanism in situ being arranged in below the conveying coordination organization, the original position return mechanism includes in situ returns
The return driving device of position drive component (323) and driving return drive component (323) in situ, the original position return drive component
(323) include the first return shifting block and for being located at longitudinal polished rod (342) one end of one of described paper contact jaw
Two return shifting blocks, the first return shifting block and the second return shifting block are direct or indirect respectively to be arranged in each overlay film wallboard
(1) at the same position on, the return driving device drives the first return shifting block and the second return shifting block to move synchronously；
The original position return mechanism further includes the home position sensing that can incude return shifting block position, and the home position sensing includes point
The second sensing in situ not being arranged in above the first home position sensing (321) and the first return shifting block below the first return shifting block
Device (322), first home position sensing (321) and the second home position sensing (322) are arranged in the overlay film wallboard (1)
On, the position where first home position sensing (321) or the second home position sensing (322) is home position；
When laminating machine is stopped, the return driving device drives the first return shifting block to move to the home position, together
Shi Suoshu the first return shifting blocks and the second return shifting block can drive each longitudinal polished rod (342) to move together；
When laminating machine is started to work, the return driving device drives the first return shifting block to move to another home position sensing
Position, while each longitudinal polished rod (342) is released, the movement of each longitudinal polished rod (342) is no longer driven by return
The constraint of component.
6. a kind of overlay film cutting integration equipment according to claim 5, it is characterised in that：The conveying coordination organization is also
Including several guide plates, the guide plate along the direction for conveying cut paper to be cut be arranged in the paper contact jaw front side and/or
Rear side, guide plate are arranged in the correspondence two of adjacent longitudinal polished rod (342) close to the side of longitudinal polished rod (342) by two external parts
On end, each overlay film wallboard is arranged in by a protrusion respectively with the both ends of longitudinal polished rod (342) opposite side on guide plate
(1) on.
7. a kind of overlay film cutting integration equipment according to claim 6, it is characterised in that：It is disposed on the external part
It is described to lead after each protrusion is arranged on overlay film wallboard (1) for the second guide groove of longitudinal polished rod (342) end sliding
Plate can be dynamic around shaft rotation where protrusion.
8. a kind of overlay film cutting integration equipment according to claim 7, it is characterised in that：The external part passes through rolling
Bearing is arranged in the end of longitudinal polished rod (342), and to match with the protrusion is arranged on each overlay film wallboard (1)
Three guide grooves, when each longitudinal polished rod (342) moves reciprocatingly, the guide plate can make reciprocal fortune along third guide groove therewith
It is dynamic, while guide plate is dynamic around shaft rotation where protrusion.
9. a kind of overlay film cutting integration equipment according to claim 4, it is characterised in that：Further include several take-up rolls
Component, it is described tense roll assembly along the direction for conveying cut paper to be cut be arranged in the conveying coordination organization front side and/or after
Side, the both ends for tensing roll assembly are arranged on each overlay film wallboard (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721872749.0U CN207875078U (en) | 2017-12-26 | 2017-12-26 | A kind of overlay film cutting integration equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721872749.0U CN207875078U (en) | 2017-12-26 | 2017-12-26 | A kind of overlay film cutting integration equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207875078U true CN207875078U (en) | 2018-09-18 |
Family
ID=63503903
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721872749.0U Active CN207875078U (en) | 2017-12-26 | 2017-12-26 | A kind of overlay film cutting integration equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207875078U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112497882A (en) * | 2020-11-26 | 2021-03-16 | 济南众腾包装制品有限公司 | Film laminating process of paper for carton production |
| CN112854644A (en) * | 2021-02-04 | 2021-05-28 | 梦牌新材料(宣城)有限公司 | Drainage type gypsum board and construction method thereof |
-
2017
- 2017-12-26 CN CN201721872749.0U patent/CN207875078U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112497882A (en) * | 2020-11-26 | 2021-03-16 | 济南众腾包装制品有限公司 | Film laminating process of paper for carton production |
| CN112854644A (en) * | 2021-02-04 | 2021-05-28 | 梦牌新材料(宣城)有限公司 | Drainage type gypsum board and construction method thereof |
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