CN208156412U - A kind of UV nano impression full-automatic assembly line equipment - Google Patents
A kind of UV nano impression full-automatic assembly line equipment Download PDFInfo
- Publication number
- CN208156412U CN208156412U CN201820314825.4U CN201820314825U CN208156412U CN 208156412 U CN208156412 U CN 208156412U CN 201820314825 U CN201820314825 U CN 201820314825U CN 208156412 U CN208156412 U CN 208156412U
- Authority
- CN
- China
- Prior art keywords
- mounting base
- film
- automatic
- overlay film
- conveyer belt
- 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
Abstract
The utility model discloses a kind of UV nano impression full-automatic assembly line equipment, it from left to right successively include nanometer coating system, it is automatic to know start-stop identifying system, the automatic impression system of nanometer, UV photocuring system, automatic film covering cuts membranous system and automatic material receiving system, the nanometer coating system, it is automatic to know start-stop identifying system, the automatic impression system of nanometer, UV photocuring system, automatic film covering cuts membranous system and automatic material receiving system and is equipped with fixed rotating shaft between same level setting and adjacent two systems, it replaces traditional manual operations by full automatic process equipment, this spline structure is simply easy for installation, reduce a large amount of labour, whether the weight that can also detect stock simultaneously is up to specification, consequently facilitating rejecting underproof stock, the qualification rate with product is improved work efficiency in turn.
Description
Technical field
The utility model relates to technical field of nano-processing, automatically flow more specifically to a kind of UV nano impression
Waterline equipment.
Background technique
Nanometer embossing is an important technology in micro-nano device making technics, nanometer embossing earliest by
StephenYChou teaches and takes the lead in proposing in nineteen ninety-five, this is a kind of completely new pattern transfer skill different from conventional lithographic techniques
Art.The definition of nanometer embossing is：Perhaps irradiated without using light make the photosensitive molding of photoetching but directly in silicon substrate or
Constructing nanometer-scale pattern nanometer embossing using the mechanism of physics on other substrates is in micro-nano device making technics
An important technology, nanometer embossing taught by StephenYChou in nineteen ninety-five take the lead in proposing earliest, this be it is a kind of not
It is same as the completely new pattern transfer technology of conventional lithographic techniques.The definition of nanometer embossing is：Make without using light or irradiation
The photosensitive molding of photoetching, but nanometer-scale pattern is constructed using the mechanism of physics directly on silicon substrate or other substrates.
When nano impression makes at present, tablet is mainly carried by the way of artificial, large labor intensity, working efficiency is low,
It is easy to influence later period coining effect, meanwhile, the difficult point of nanometer embossing is to provide nanoscale pressuring flat device, and most reasonable
Driving method and operability can only carry out a kind of form currently, the generally existing pressure of traditional nano marking press is unevenly distributed
Solidified forming, the shortcomings that bad adaptability, at the same the product that it can not be manufactured in nanoimprinting process it is whether qualified into
Row detection.
Utility model content
The problem to be solved by the utility model is to provide a kind of UV nano impression full-automatic assembly line equipment, by complete
Automatic process equipment replaces traditional manual operations, this spline structure is simply easy for installation, reduces a large amount of labour, together
When can also detect stock weight it is whether up to specification, consequently facilitating rejecting underproof stock, and then improve work
The qualification rate of efficiency and product.
In order to achieve the above objectives, the utility model, which solves technical solution used by above-mentioned technical problem, is：A kind of UV receives
Rice coining full-automatic assembly line equipment, successively include from left to right nanometer coating system, it is automatic know start-stop identifying system, nanometer from
Dynamic impression system, UV photocuring system, automatic film covering cut membranous system and automatic material receiving system, the nanometer coating system, automatic
Knowledge start-stop identifying system, the automatic impression system of nanometer, UV photocuring system, automatic film covering cuts membranous system and automatic material receiving system is in
Fixed rotating shaft is equipped between same level setting and adjacent two systems.
Further, the nanometer coating system includes gluing mounting base, is located at the gluing mounting base and is equipped with painting mucilage binding
The gluing conveyer belt set and be arranged in gluing mounting base, the surface of gluing conveyer belt is arranged in the glue stations, described
Glue stations includes mounting rack, and glue storing containers, spin coating iron rod, spin coating rubber roller and transmitting are provided on the mounting rack
Rubber roller, the spin coating iron rod are located between transmitting rubber roller and spin coating rubber roller.
Further, the automatic knowledge start-stop identifying system includes start-stop identification mounting base, is located at start-stop identification installation
Seat is equipped with start-stop and identifies conveyer belt, and the lower section of the start-stop identification conveyer belt is equipped with start-stop and identifies weight of object inductor.
Further, the automatic impression system of the nanometer includes coining mounting base, is located at the coining mounting base and is equipped with pressure
Conveyer belt, pressing roll mechanism and cure lamp are printed, the imprinting conveyor is located above coining mounting base, the pressing roll mechanism and solidification
The surface of imprinting conveyor is arranged in lamp, and the cure lamp is located at the side of pressing roll mechanism.
Further, the UV photocuring system includes UV photocuring mounting base, is set in the UV photocuring mounting base
There are UV photocuring conveyer belt and cure lamp component, the cure lamp component includes fixed bracket and UV photofixation lamp, the UV light
Fixed light setting is located at the surface of UV photocuring conveyer belt on fixed bracket.
Further, it includes overlay film mounting base that the automatic film covering, which cuts membranous system, is equipped with and covers positioned at the overlay film mounting base
Film conveyer belt, film covering device, film cutting apparatus and press-roller device, the overlay film conveyer belt is arranged above overlay film mounting base, described
Film cutting apparatus and press-roller device are arranged above overlay film conveyer belt, and the film covering device is arranged in overlay film mounting base, described to cover
Film device includes the first film-covering mechanism, the second film-covering mechanism and third film-covering mechanism, first film-covering mechanism and the second overlay film
Mechanism is arranged above overlay film conveyer belt, and the third film-covering mechanism is arranged in overlay film mounting base and is located under overlay film conveyer belt
Side, first film-covering mechanism include the first overlay film rubber roller, the first guide roller and the first protective film, the second film-covering mechanism packet
Include the second overlay film rubber roller, the second guide roller and the second protective film, the third film-covering mechanism includes that third overlay film rubber roller, third are led
To roller and third protective film.
Further, the automatic material receiving system includes rewinding mounting base, is located at the rewinding mounting base and is equipped with object weight
Amount sensing device and weight induction apparatus for automatically lifting, the weight of object sensing device and weight induction apparatus for automatically lifting are set
It sets in rewinding mounting base upper end, and the weight induction apparatus for automatically lifting is located at the lower section of weight of object sensing device.
It further, further include fibre optical sensor, the fibre optical sensor is separately positioned on gluing mounting base, start-stop identification peace
It fills in seat, UV photocuring mounting base, overlay film mounting base and rewinding mounting base.
Further, the glue storing containers are equipped with glue flow controller, and the glue flow controller is located at glue
The outlet end of water storing containers.
Further, the pressing roll mechanism includes pressure regulator and rubber roller, and the rubber roller is arranged below pressure regulator,
The cure lamp is arranged in pressure regulator side.
Gluing conveyer belt, start-stop identification conveyer belt, imprinting conveyor, UV photocuring conveyer belt and overlay film transmission among the above
Band is weight of object induction conveyer belt.
Compared with prior art, the technical solution of the utility model has the following advantages that：
1. a kind of UV nano impression full-automatic assembly line equipment provided by the utility model, passes through full automatic processing
Equipment replaces traditional manual operations, this spline structure is simply easy for installation, reduce a large amount of labour, while can also detect
Whether the weight of stock is up to specification, consequently facilitating reject underproof stock, and then improves work efficiency and product
Qualification rate.
2. glue effectively can be applied to stock by the setting of spin coating iron rod, spin coating rubber roller and transmitting rubber roller
On, it is convenient for the operation of subsequent handling in this way, and then improve the qualification rate of product.
3. passing through the setting of body weight inductor, weight detecting can be carried out to the stock after the completion of gluing, to come
Determine whether stock is qualified, and then to improve the qualification rate of product and working efficiency.
4. the setting of imprinting conveyor, pressing roll mechanism and cure lamp, stock is conveyed by conveyer belt, pressing roll mechanism pair
Stock is imprinted, and carries out primary solidification to its stock finally by cure lamp, in this way raising working efficiency, while also subtracting
Lack a large amount of manpower, realizes automatic nano impression.
The setting of 5.UV photocuring conveyer belt and cure lamp component can be such that stock carries out repeatedly and accurately solidify,
To improve work efficiency.
6. overlay film conveyer belt, film covering device, film cutting apparatus and press-roller device are arranged in same installation equipment, it is real in this way
Show overlay film and cut both films function and be integrated, to improve work efficiency, reduces production cost.
7. pass through the mutual cooperation of weight of object sensing device and Fibre Optical Sensor group, it can be in working condition and halted state
Freely switched, while the final weight of stock can be detected, to promote the qualification rate of product.
8. in gluing mounting base, start-stop identification mounting base, UV photocuring mounting base, overlay film mounting base and rewinding mounting base
Equipped with fibre optical sensor, it is convenient for making accurately location determination to the specific location of stock in this way.
9. glue storing containers are equipped with glue flow controller, it is sprinkled upon on transmitting rubber roller convenient for glue is quantitative in this way,
And then be uniformly applied on spin coating iron rod and spin coating rubber roller convenient for the glue on transmitting rubber roller, to enable glue on the substrate
Uniform gluing.
Detailed description of the invention
Fig. 1 is a kind of overall structure signal of UV nano impression full-automatic assembly line equipment of the utility model embodiment
Figure；
Fig. 2 is a kind of nanometer coating system knot of UV nano impression full-automatic assembly line equipment of the utility model embodiment
Structure schematic diagram；
Fig. 3 is a kind of automatic knowledge start-stop identification of UV nano impression full-automatic assembly line equipment of the utility model embodiment
System structure diagram；
Fig. 4 is imprinted automatically for a kind of nanometer of UV nano impression full-automatic assembly line equipment of the utility model embodiment
System structural schematic diagram；
Fig. 5 is a kind of UV photocuring system of UV nano impression full-automatic assembly line equipment of the utility model embodiment
Structural schematic diagram；
Fig. 6 is that a kind of automatic film covering of receiving of UV nano impression full-automatic assembly line equipment of the utility model embodiment cuts film
System system structural schematic diagram；
Fig. 7 is a kind of automatic material receiving system knot of UV nano impression full-automatic assembly line equipment of the utility model embodiment
Structure schematic diagram；
In figure：Nanometer coating system 1, automatic knowledge start-stop identifying system 2, the automatic impression system 3 of nanometer, UV photocuring system
4, automatic film covering cut membranous system 5, automatic material receiving system 6, gluing mounting base 7, glue stations 8, gluing conveyer belt 9, mounting rack 10,
Glue storing containers 11, spin coating iron rod 12, spin coating rubber roller 13, transmitting rubber roller 14, start-stop identification mounting base 15, start-stop identification pass
Send band 16, start-stop identification weight of object inductor 17, coining mounting base 18, imprinting conveyor 19, pressing roll mechanism 20, cure lamp
21, UV photocuring mounting base 22, UV photocuring conveyer belt 23, cure lamp component 24, fixed bracket 25, UV photofixation lamp 26, cover
Film mounting base 27, overlay film conveyer belt 28, film covering device 29, film cutting apparatus 30, press-roller device 31, weight of object sensing device 32,
Weight induction apparatus for automatically lifting 33, fibre optical sensor 34, glue flow controller 35, fixed rotating shaft 36, pressure regulator 37,
Rubber roller 38, the first film-covering mechanism 39, the second film-covering mechanism 40, third film-covering mechanism 41, the first overlay film rubber roller 42, the first guide roller
43, the first protective film 44, the second overlay film rubber roller 45, the second guide roller 46, the second protective film 47, third overlay film rubber roller 48, third
Guide roller 49, third protective film 50, rewinding mounting base 51.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
Embodiment
As shown in figs. 1-7, a kind of UV nano impression full-automatic assembly line equipment provided by the present embodiment, from left to right according to
It is secondary include nanometer coating system 1, automatic know start-stop identifying system 2, the automatic impression system 3 of nanometer, UV photocuring system 4, automatic
Overlay film cuts membranous system 5 and automatic material receiving system 6, and the nanometer coating system 1 automatic knows start-stop identifying system 2, nanometer from dynamic pressure
Print system 3, UV photocuring system 4, automatic film covering cut membranous system 5 and automatic material receiving system 6 in same level setting and adjacent
Two systems between be equipped with fixed rotating shaft 36.
The nanometer coating system 1 includes gluing mounting base 7, is located at the gluing mounting base 7 and is equipped with glue stations 8
With the gluing conveyer belt 9 being arranged in gluing mounting base 7, the surface of gluing conveyer belt 9, institute is arranged in the glue stations 8
Stating glue stations 8 includes mounting rack 10, and glue storing containers 11, spin coating iron rod 12, even are provided on the mounting rack 10
Glue rubber roller 13 and transmitting rubber roller 14, the spin coating iron rod 12 are located between transmitting rubber roller 14 and spin coating rubber roller 13；
The automatic knowledge start-stop identifying system 2 includes that start-stop identifies mounting base 15, is located at the start-stop and identifies mounting base 15
It is equipped with start-stop and identifies conveyer belt 16, the lower section of the start-stop identification conveyer belt 16 is equipped with start-stop and identifies weight of object inductor
17；
The automatic impression system 3 of nanometer includes coining mounting base 18, is located at the coining mounting base 18 and is equipped with coining
Conveyer belt 19, pressing roll mechanism 20 and cure lamp 21, the imprinting conveyor 19 are located at 18 top of coining mounting base, the roller machine
The surface of imprinting conveyor 19 is arranged in structure 20 and cure lamp 21, and the cure lamp 21 is located at the side of pressing roll mechanism 20；
The UV photocuring system 4 includes UV photocuring mounting base 22, is equipped with positioned at the UV photocuring mounting base 22
UV photocuring conveyer belt 23 and cure lamp component 24, the cure lamp component 24 include fixing bracket 25 and UV photofixation lamp 26,
The setting of UV photofixation lamp 26 is located at the surface of UV photocuring conveyer belt 23 on fixed bracket 25；
It includes overlay film mounting base 27 that the automatic film covering, which cuts membranous system 5, is located at the overlay film mounting base 27 and is equipped with overlay film
Conveyer belt 28, film covering device 29, film cutting apparatus 30 and press-roller device 31, the overlay film conveyer belt 28 are arranged in overlay film mounting base 27
Top, the film cutting apparatus 30 and press-roller device 31 are arranged above overlay film conveyer belt 28, and the setting of film covering device 29 is being covered
The film covering device 29 includes the first film-covering mechanism 39, the second film-covering mechanism 40 and third film-covering mechanism 41 in film mounting base 27,
First film-covering mechanism 39 and the second film-covering mechanism 40 are arranged above overlay film conveyer belt 28, and the third film-covering mechanism 41 is set
It sets in overlay film mounting base 27 and is located at below overlay film conveyer belt 28, first film-covering mechanism 39 includes the first overlay film rubber roller
42, the first guide roller 43 and the first protective film 44, second film-covering mechanism 40 include the second overlay film rubber roller 45, the second guide roller
46 and second protective film 47, the third film-covering mechanism 41 include third overlay film rubber roller 48, third guide roller 49 and third protection
Film 50；
The automatic material receiving system 6 includes rewinding mounting base 51, is located at the rewinding mounting base 51 and is equipped with weight of object
Sensing device 32 and weight induction apparatus for automatically lifting 33, the weight of object sensing device 32 and weight induction automatic lifting dress
33 settings are set in 51 upper end of rewinding mounting base, and the weight induction apparatus for automatically lifting 33 is located at weight of object sensing device
32 lower section.
It further include fibre optical sensor 34, the fibre optical sensor 34 is separately positioned on gluing mounting base 7, start-stop identification installation
In seat 15, UV photocuring mounting base 22, overlay film mounting base 27 and rewinding mounting base 51.
The glue storing containers 11 are equipped with glue flow controller 35, and the glue flow controller 35 is located at glue
The outlet end of storing containers 11.
The pressing roll mechanism 20 includes pressure regulator 37 and rubber roller 38, and the rubber roller 38 is arranged under pressure regulator 37
Side, the cure lamp 21 are arranged in 37 side of pressure regulator.
A kind of UV nano impression full-automatic assembly line equipment provided by the utility model provided by the present embodiment is led to
Full automatic process equipment is crossed to replace traditional manual operations, this spline structure is simply easy for installation, reduces a large amount of labour
Power, while whether the weight that can also detect stock is up to specification, consequently facilitating rejecting underproof stock, and then improves
The qualification rate of working efficiency and product, can be effective by the setting of spin coating iron rod 12, spin coating rubber roller 13 and transmitting rubber roller 14
Glue is smeared on the substrate, is convenient for the operation of subsequent handling in this way, and then improves the qualification rate of product, passes through body weight
The setting of inductor can carry out weight detecting to the stock after the completion of gluing, thus to determine whether stock qualified, into
And to improve the qualification rate of product and working efficiency, the setting of imprinting conveyor 19, pressing roll mechanism 20 and cure lamp 21, printing
Object is conveyed by conveyer belt, and pressing roll mechanism 20 imprints stock, is carried out just finally by cure lamp 21 to its stock
Step solidification, in this way raising working efficiency, while a large amount of manpower is decreased, realize automatic nano impression, UV photocuring
The setting of conveyer belt 23 and cure lamp component 24 can be such that stock carries out repeatedly and accurately solidify, to improve work
Overlay film conveyer belt 28, film covering device 29, film cutting apparatus 30 and press-roller device 31 are arranged in same installation equipment efficiency, this
Sample realizes overlay film and cuts both films function and is integrated, to improve work efficiency, reduces production cost, passes through object
The mutual cooperation of weight induction device 32 and Fibre Optical Sensor group can freely be switched in working condition and halted state,
The final weight of stock can be detected simultaneously, to promote the qualification rate of product, identifies mounting base in gluing mounting base 7, start-stop
15, UV photocuring mounting base 22, overlay film mounting base 27 and rewinding mounting base 51 are equipped with fibre optical sensor 34, are convenient in this way to holding
The specific location of print object makes accurately location determination, and glue storing containers 11 are equipped with glue flow controller 35, so just
It is transmitted on rubber roller 14 in quantitative being sprinkled upon of glue, and then is uniformly applied to spin coating iron rod 12 convenient for the glue on transmitting rubber roller 14
On spin coating rubber roller 13, to enable glue uniform gluing on the substrate.
When work, stock is conveyed by gluing conveyer belt 9, is located at below gluing conveyer belt 9 and is equipped with weight of object
Inductor, when the weight of stock is against regulation scope, conveyer belt stops transmission, and staff is waited to take out unqualified printing
After object, conveyer belt is run again, and when the weight of stock meets specified value, gluing conveyer belt 9 is continued to move along, and is located at and is applied
When the fibre optical sensor 34 of 7 front end of glue mounting base senses stock, glue stations 8 is opened, and opens glue storing containers 11
Opening is respectively coated on glue on spin coating iron rod 12 and spin coating rubber roller 13 by transmitting rubber roller 14, and subsequent stock enters glue
Gluing processing is carried out when the position of roller 38, when completion is then transported in start-stop identification mounting base 15, the stock that gluing is completed
Conveyer belt 16 is identified by start-stop, and in transmission, stock meeting approach start-stop identifies weight of object inductor 17, passes through start-stop
Weight of object inductor 17 is identified to detect whether qualification, stock can be sent in nano impression mounting base 18 if meeting,
Its nanometer of texture mold is covered on the substrate, is then incuded conveyer belt by object and is transmitted, then passes through optical fiber
Sensor 34 is used to incude a nanometer position for texture mold and stock, 20 pairs of nanometer texture moulds of pressing roll mechanism in Embosser
Tool and stock are imprinted, finally by the stock imprinted by the LED ultraviolet curing lamp 21 of 20 side of pressing roll mechanism into
Row primary solidification is transported it into after the completion in UV photocuring mounting base 22, and UV photofixation lamp 26, which is opened, transmits UV photocuring
Stock with the primary solidification on 23 carries out secondary curing, is transported in overlay film mounting base 27, holds after the completion of solidification
Print object is transmitted by overlay film conveyer belt 28, and the first protective film 44 and the second protective film 47 pass through the first guide roller 43 and second
Overlay film rubber roller 45 is oriented to, and then carries out upper surface to its stock by the first overlay film rubber roller 42 and the second guide roller 46
Overlay film, third protective film 50 is oriented to by third overlay film rubber roller 48, then by third guide roller 49 to its stock
The overlay film of lower end surface is carried out, fibre optical sensor 34 then detects the position of stock, after the completion of stock overlay film,
Induction cutter on film cutting apparatus 30 cuts the film of the stock rear end, then by pressure roller rubber roller 38 to stock
On film imprinted, then the stock that cutting is completed is delivered in rewinding mounting base 51, and in rewinding mounting base 51
Fibre optical sensor 34 when detecting stock, weight induction apparatus for automatically lifting 33 is experienced with weight of object sensing device 32
It is moved down to the position of stock, when can't detect stock, weight induction apparatus for automatically lifting 33 is multiple therewith
Position.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change
It also should be regarded as the protection scope of the utility model into retouching.
Claims (10)
1. a kind of UV nano impression full-automatic assembly line equipment, which is characterized in that from left to right successively include nanometer coating system
(1), knowledge start-stop identifying system (2), the automatic impression system of nanometer (3), UV photocuring system (4), automatic film covering cut membrane system automatically
System (5) and automatic material receiving system (6), the nanometer coating system (1), automatic knowledge start-stop identifying system (2), nanometer imprint automatically
System (3), UV photocuring system (4), automatic film covering are cut membranous system (5) and automatic material receiving system (6) and are arranged in same level
And fixed rotating shaft (36) are equipped between adjacent two systems.
2. a kind of UV nano impression full-automatic assembly line equipment according to claim 1, which is characterized in that the nanometer applies
Colloid system (1) includes gluing mounting base (7), is located at the gluing mounting base (7) and is equipped with glue stations (8) and is arranged in gluing
Gluing conveyer belt (9) in mounting base (7), the glue stations (8) are arranged in the surface of gluing conveyer belt (9), the painting
Adhesive dispenser (8) includes mounting rack (10), is located on the mounting rack (10) and is provided with glue storing containers (11), spin coating iron rod
(12), spin coating rubber roller (13) and transmitting rubber roller (14), the spin coating iron rod (12) are located at transmitting rubber roller (14) and spin coating rubber roller
(13) between.
3. a kind of UV nano impression full-automatic assembly line equipment according to claim 1, which is characterized in that the automatic knowledge
Start-stop identifying system (2) includes start-stop identification mounting base (15), is located at start-stop identification mounting base (15) and knows equipped with start-stop
The lower section of other conveyer belt (16), start-stop identification conveyer belt (16) is equipped with start-stop identification weight of object inductor (17).
4. a kind of UV nano impression full-automatic assembly line equipment according to claim 1, which is characterized in that the nanometer is certainly
Dynamic impression system (3) include coining mounting base (18), are located at the coining mounting base (18) and are equipped with imprinting conveyor (19), pressure
Roller mechanism (20) and cure lamp (21), the imprinting conveyor (19) are located above coining mounting base (18), the pressing roll mechanism
(20) it is arranged with cure lamp (21) in the surface of imprinting conveyor (19), and the cure lamp (21) is located at pressing roll mechanism (20)
Side.
5. a kind of UV nano impression full-automatic assembly line equipment according to claim 1, which is characterized in that the UV light is solid
Change system (4) includes UV photocuring mounting base (22), is located at the UV photocuring mounting base (22) and transmits equipped with UV photocuring
Band (23) and cure lamp component (24), the cure lamp component (24) include fixed bracket (25) and UV photofixation lamp (26), institute
UV photofixation lamp (26) setting is stated on fixed bracket (25), and is located at the surface of UV photocuring conveyer belt (23).
6. a kind of UV nano impression full-automatic assembly line equipment according to claim 1, which is characterized in that described to cover automatically
It includes overlay film mounting base (27) that film, which cuts membranous system (5), is located at the overlay film mounting base (27) and is equipped with overlay film conveyer belt (28), covers
Film device (29), film cutting apparatus (30) and press-roller device (31), the overlay film conveyer belt (28) are arranged in overlay film mounting base (27)
Top, the film cutting apparatus (30) and press-roller device (31) setting are above overlay film conveyer belt (28), the film covering device (29)
It is arranged on overlay film mounting base (27), the film covering device (29) includes the first film-covering mechanism (39), the second film-covering mechanism (40)
With third film-covering mechanism (41), first film-covering mechanism (39) and the second film-covering mechanism (40) are arranged in overlay film conveyer belt (28)
Top, the third film-covering mechanism (41) is arranged on overlay film mounting base (27) and is located at below overlay film conveyer belt (28), described
First film-covering mechanism (39) include the first overlay film rubber roller (42), the first guide roller (43) and the first protective film (44), described second
Film-covering mechanism (40) includes the second overlay film rubber roller (45), the second guide roller (46) and the second protective film (47), the third overlay film
Mechanism (41) includes third overlay film rubber roller (48), third guide roller (49) and third protective film (50).
7. a kind of UV nano impression full-automatic assembly line equipment according to claim 1, which is characterized in that the automatic receipts
Material system (6) includes rewinding mounting base (51), is located at the rewinding mounting base (51) and is equipped with weight of object sensing device (32)
With weight induction apparatus for automatically lifting (33), the weight of object sensing device (32) and weight induction apparatus for automatically lifting (33)
It is arranged in rewinding mounting base (51) upper end, and the weight induction apparatus for automatically lifting (33) is located at weight of object sensing device
(32) lower section.
8. a kind of UV nano impression full-automatic assembly line equipment according to claim 2, which is characterized in that further include optical fiber
Sensor (34), the fibre optical sensor (34) are separately positioned on gluing mounting base (7), start-stop identification mounting base (15), UV light
In solidification mounting base (22), overlay film mounting base (27) and rewinding mounting base (51).
9. a kind of UV nano impression full-automatic assembly line equipment according to claim 2, which is characterized in that the glue is deposited
Container (11) are put equipped with glue flow controller (35), the glue flow controller (35) is located at glue storing containers (11)
Outlet end.
10. a kind of UV nano impression full-automatic assembly line equipment according to claim 4, which is characterized in that the pressure roller
Mechanism (20) includes pressure regulator (37) and rubber roller (38), and rubber roller (38) setting is below pressure regulator (37), institute
Cure lamp (21) are stated to be arranged in pressure regulator (37) side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820314825.4U CN208156412U (en) | 2018-03-08 | 2018-03-08 | A kind of UV nano impression full-automatic assembly line equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820314825.4U CN208156412U (en) | 2018-03-08 | 2018-03-08 | A kind of UV nano impression full-automatic assembly line equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208156412U true CN208156412U (en) | 2018-11-27 |
Family
ID=64391208
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820314825.4U Active CN208156412U (en) | 2018-03-08 | 2018-03-08 | A kind of UV nano impression full-automatic assembly line equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208156412U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108459464A (en) * | 2018-03-08 | 2018-08-28 | 宁波微迅新材料科技有限公司 | A kind of UV nano impressions full-automatic assembly line equipment |
| CN110538756A (en) * | 2019-08-21 | 2019-12-06 | 狄占超 | Full-automatic UV gloss oil coating all-in-one |
-
2018
- 2018-03-08 CN CN201820314825.4U patent/CN208156412U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108459464A (en) * | 2018-03-08 | 2018-08-28 | 宁波微迅新材料科技有限公司 | A kind of UV nano impressions full-automatic assembly line equipment |
| CN110538756A (en) * | 2019-08-21 | 2019-12-06 | 狄占超 | Full-automatic UV gloss oil coating all-in-one |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CA1198921A (en) | Method and apparatus for producing labels | |
| CN101092073B (en) | Multi purpose system and technique of processing printing surface with positioning function | |
| CN208156412U (en) | A kind of UV nano impression full-automatic assembly line equipment | |
| CN201086446Y (en) | Multi-use printing surface processing apparatus | |
| CN110588201A (en) | Green and environment-friendly micro-nano structure color packaging product and preparation method thereof | |
| CN101415557A (en) | Printing press having an embossing device | |
| CN111806077A (en) | Gravure online fine gold stamping device and gold stamping process for tipping paper | |
| CN203172034U (en) | Continuous stamping forming device | |
| CN207558289U (en) | Adhesive label being made into one system | |
| CN201762247U (en) | Equipment for photocuring glass film | |
| CN101797850A (en) | Method and device for obtaining holographic patterns and printing machine with same | |
| CN110497688A (en) | Gilding press | |
| CN211054661U (en) | Gilding press | |
| CN110588162B (en) | Multifunctional micro-nano structure color film production equipment | |
| CN201505610U (en) | Coating machine | |
| CN108944022A (en) | A kind of paper UV abutted equipment and its method | |
| CN108459464A (en) | A kind of UV nano impressions full-automatic assembly line equipment | |
| CN205573236U (en) | Compound membrane equipment | |
| CN211079766U (en) | Multifunctional PVC floor production equipment adopting coating method | |
| CN202079900U (en) | Printer for realizing on-line cold stamping and transferring of intaglio printing | |
| CN201597238U (en) | Device for obtaining holographic pattern and printer provided with same | |
| CN205890189U (en) | Ticket issuing machine tectorial membrane device in a narrow margin | |
| CN202115084U (en) | Laser cold-transfer production line | |
| CN207901826U (en) | Full-automatic roll-to-roll UV nano impressions equipment complex | |
| CN202242300U (en) | Unit type printing combination machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20210106 Address after: 315000 Yunlong Zhen Shiqiao Cun, Yinzhou District, Ningbo City, Zhejiang Province Patentee after: Tang Hong Weixun New Material Technology Co.,Ltd. Address before: 315000 3rd floor, building 3, 219 Jianghu Road, Jiangbei District, Ningbo City, Zhejiang Province Patentee before: NINGBO VENATION NEW MATERIAL TECHNOLOGY Co.,Ltd. |
|
| TR01 | Transfer of patent right |