CN110228267A - A kind of function combined compounding machine and its application method - Google Patents
A kind of function combined compounding machine and its application method Download PDFInfo
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- CN110228267A CN110228267A CN201910524620.8A CN201910524620A CN110228267A CN 110228267 A CN110228267 A CN 110228267A CN 201910524620 A CN201910524620 A CN 201910524620A CN 110228267 A CN110228267 A CN 110228267A
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- 238000000034 method Methods 0.000 title claims abstract description 54
- 238000013329 compounding Methods 0.000 title claims abstract description 24
- 238000000576 coating method Methods 0.000 claims abstract description 305
- 239000011248 coating agent Substances 0.000 claims abstract description 296
- 230000007246 mechanism Effects 0.000 claims abstract description 292
- 150000001875 compounds Chemical class 0.000 claims abstract description 232
- 239000000463 material Substances 0.000 claims abstract description 214
- 239000002131 composite material Substances 0.000 claims abstract description 67
- 238000007711 solidification Methods 0.000 claims abstract description 49
- 230000008023 solidification Effects 0.000 claims abstract description 49
- 238000010894 electron beam technology Methods 0.000 claims abstract description 45
- 239000000853 adhesive Substances 0.000 claims description 44
- 230000001070 adhesive effect Effects 0.000 claims description 44
- 230000005855 radiation Effects 0.000 claims description 35
- 238000004132 cross linking Methods 0.000 claims description 27
- 238000004804 winding Methods 0.000 claims description 23
- 239000002904 solvent Substances 0.000 claims description 17
- 238000006243 chemical reaction Methods 0.000 claims description 16
- 238000003892 spreading Methods 0.000 claims description 15
- 230000007480 spreading Effects 0.000 claims description 15
- 239000004744 fabric Substances 0.000 claims description 10
- 238000000465 moulding Methods 0.000 claims description 8
- -1 compound compound Chemical class 0.000 claims description 4
- 230000032258 transport Effects 0.000 claims description 2
- 238000004519 manufacturing process Methods 0.000 abstract description 20
- 238000001723 curing Methods 0.000 description 75
- 230000004044 response Effects 0.000 description 12
- 238000005516 engineering process Methods 0.000 description 8
- 239000003795 chemical substances by application Substances 0.000 description 7
- 238000010586 diagram Methods 0.000 description 7
- 230000005611 electricity Effects 0.000 description 7
- 238000001227 electron beam curing Methods 0.000 description 6
- 238000006116 polymerization reaction Methods 0.000 description 6
- 230000008569 process Effects 0.000 description 6
- 150000003254 radicals Chemical class 0.000 description 6
- 230000005540 biological transmission Effects 0.000 description 5
- 230000008520 organization Effects 0.000 description 5
- 239000000126 substance Substances 0.000 description 5
- 238000005265 energy consumption Methods 0.000 description 4
- 239000003292 glue Substances 0.000 description 4
- 238000005457 optimization Methods 0.000 description 4
- 238000010422 painting Methods 0.000 description 4
- 230000002093 peripheral effect Effects 0.000 description 4
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- 230000009286 beneficial effect Effects 0.000 description 3
- 230000008901 benefit Effects 0.000 description 3
- 230000006698 induction Effects 0.000 description 3
- 230000006798 recombination Effects 0.000 description 3
- 238000005215 recombination Methods 0.000 description 3
- 239000003054 catalyst Substances 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 238000013007 heat curing Methods 0.000 description 2
- 230000035800 maturation Effects 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
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- 239000004836 Glue Stick Substances 0.000 description 1
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/12—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by using adhesives
- B32B37/1284—Application of adhesive
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H37/00—Article or web delivery apparatus incorporating devices for performing specified auxiliary operations
- B65H37/04—Article or web delivery apparatus incorporating devices for performing specified auxiliary operations for securing together articles or webs, e.g. by adhesive, stitching or stapling
Abstract
The invention discloses a kind of function combined compounding machines, successively combine workshop section, electronic beam curing mechanism, rolling-up mechanism including independent unreeling structure, compound unreel of coating；The independent unreeling structure, compound combination workshop section, the electronic beam curing mechanism of unreeling of coating are connected with rolling-up mechanism by being oriented to roller mechanism between machine, and roller mechanism is oriented between the machine of part and is arranged in the electronic beam curing mechanism.It is coated with the compound combination workshop section that unreels unreel material, be coated with, carrying out again compound, via electronic beam curing mechanism is transmitted to rolling-up mechanism by being oriented to roller mechanism between machine；Composite material is carried out electron beam irradiation and the composite material after solidification is transmitted to rolling-up mechanism to wind by electronic beam curing mechanism.The invention also discloses a kind of application methods of function combined compounding machine.The present invention selects compound to material progress multiple stacking or primary realization multi-level compound according to actual production requirement, by increasing electronic beam curing mechanism, increases the range of choice of user.
Description
Technical field
The invention belongs to packaging printing machines technical field, it is specifically related to a kind of function combined compounding machine and its use
Method.
Background technique
Electron beam curing technology is a kind of new type radiation solidified technology, the electron beam irradiation that it utilizes electron accelerator to generate
Material to be solidified, energy is passed to medium molecule by the collision with medium by high-power electron beam in a short time, to generate
Various chemical changes cause resin polymerization or cross-linking reaction, make material solidification.
It has the advantage that
1. easy to operate controllability is strong, accurate and repeatability is high, solvent-free not have environmental pollution, without dissolvent residual；
2. high-energy EB is radiated, curing material surface is reached with dipped beam speed, penetrability is good, not by color, material, other paintings
The influence of layer；
3. induced reaction type chemistry basis mechanism, can 100% curing reaction of catalyst coatings；
4. solidification temperature is low, applicable material range is wide, especially some temperature-sensitive materials；
5. room temperature curing, thermal stress is small, and without low molecular weight volatile object when forming, production environment is friendly；
6. production energy consumption is few, it is UV cured 5~8% that EB, which solidifies energy consumption, is the 1~2% of heat cure；
7. curing efficiency is high, it can be completed within several seconds, manufacturing cost 20%~60% can be saved；
However, being developed using the adhesive of electronic beam curing not rapid, same existing electronic beam curing also and is not suitable for
In the solidification of all materials, the material for not being suitable for electronic beam curing solidifies, and can only re-replace other compound
Equipment is operated, in this way, not only wasting equipment cost, but also land occupation, production operation also bother.
Summary of the invention
In view of this, the purpose of the present invention is to provide a kind of function combined compounding machine and its application method, Neng Gougen
According to material and the selection of the actual condition of production solidifies, compound mode is combined, and makes utilization rate of equipment and installations higher, especially for
Special material, special process and special industry it is compound.Adaptable wider, high production efficiency and control of product quality are excellent
The advantages that.
In order to achieve the above objectives, the invention provides the following technical scheme:
Present invention firstly provides a kind of function combined compounding machines, successively include independent unreeling structure, are coated with compound put
Volume combination workshop section, electronic beam curing mechanism, rolling-up mechanism；The independent unreeling structure, compound unreel of coating combine workshop section, electronics
Beam curing mechanism is connected with rolling-up mechanism by being oriented to roller mechanism between machine, and roller mechanism is oriented between the machine of part and is arranged in the electricity
In beamlet curing mechanism.
According to the technical program: independent unreeling structure by upper laminated material by between machine be oriented to roller mechanism enter coating it is compound
Unreel combination workshop section, then by be coated with it is compound unreel combination workshop section material is unreeled, is coated with, carry out again it is compound, it is compound
Material afterwards is transmitted to rolling-up mechanism via electronic beam curing mechanism by being oriented to roller mechanism between machine.By the way that electronic beam curing is arranged
Mechanism, electronic beam curing mechanism are used for solid to the compound composite material progress electron beam irradiation for unreeling the transmission of combination workshop section is coated with
Change, can make it is compound after material by the method for electronic beam curing to material solidification, realize rapid curing, meanwhile, high energy electricity
Beamlet penetration capacity is high, is able to achieve laminated coating while irradiating and solidifying.
As optimization, the compound combination workshop section that unreels of the coating includes that compound unreel of M coating set gradually combines list
Member, wherein M >=2 are denoted as that the 1st coating is compound to unreel assembled unit respectively, and the 2nd coating is compound, and to unreel combination single
Member, M coating is compound to unreel assembled unit；Wherein, the compound assembled unit that unreels of the i-th coating includes the i-th coating machine
Structure and the i-th unreeling structure being correspondingly arranged respectively with i-th coating mechanism, the i-th coating media feed mechanism and i-th are multiple
Mechanism, 1≤i≤M are closed, the compound assembled unit that unreels of the 1st coating is disposed adjacent with the electronic beam curing mechanism, and described the
M is coated with the compound assembled unit that unreels and is disposed adjacent with the independent unreeling structure, and any coating is compound to unreel assembled unit
It is connected by guide roller between the machine.
In this way, life can be greatlyd save by the way that coating mechanism and composite structure are designed to the shared integral structure of structure
Produce space, meanwhile, by composite structure and coating mechanism design be integrated, also can choose to material progress multiple stacking it is compound,
Increase the attachment force of material.And equipment cost is reduced, assembled unit is unreeled by the way that increase coating is compound, may be implemented more
Function combination.
As optimization, the material of the same compound coating mechanism for unreeling assembled unit of coating to the composite structure
Material walks to expect length no more than 1200mm.
In this way, quickly being pasted after being able to achieve coating from the occupancy for being applied to the space that compound length is short, not only reduces
It closes, reduces from being applied to the contaminated possibility of material in recombination process, and reduce coating medium simultaneously and contacted with air
Time can effectively improve coating process control.
The invention also provides a kind of application methods of function combined compounding machine, comprising the following steps:
S1, the independent unreeling structure unreel material and carry out material guiding by being oriented to roller mechanism between the machine, by material
Material is transmitted to compound unreel of the coating and combines workshop section；
S2, the compound combination workshop section that unreels of the coating pass through multiple stacking complex method and/or single multilayer time composite square
Material is coated and composite molding by the combination of formula；
Material after S3, composite molding is transmitted to by being oriented to roller mechanism between the machine via the electronic beam curing mechanism
Rolling-up mechanism is solidified by the combination of electron beam radiation curable mode and/or cross linking reaction and solidification mode.
According to the technical program: the compound complex method for unreeling combination workshop section will be coated with and curing mode is combined, increased
The big process choice range of user, meets the production requirement of more products.
As optimization, the specific steps of the single multilayer time complex method are as follows: the 1st coating is compound to unreel combination list
Member provides coating medium to the 1st coating mechanism by the 1st coating media feed mechanism, passes through the 1st unreeling machine
Structure spreading materials C1 is simultaneously coated by the 1st coating mechanism；
The material C 0 of the independent unreeling structure is directed into the described 1st by being oriented to roller mechanism progress material between the machine
Be coated with it is compound unreel assembled unit, meanwhile, except the 1st coating is compound unreel assembled unit in addition to all coatings compound unreel
Assembled unit provides coating medium to respective coating mechanism by respective coating media feed mechanism, passes through respective coating
The compound unreeling structure spreading materials Cj unreeled in assembled unit is simultaneously coated, the material after coating by respective coating mechanism
Material Cj pass through between the machine be oriented to roller mechanism carry out material be directed into the 1st be coated with it is compound unreel assembled unit, finally, material C 0
With except the 1st coating is compound unreel assembled unit in addition to the compound material C j for unreeling assembled unit of all coatings described the
1 compound the 1st composite structure unreeled in assembled unit of coating carries out compound with the material C 1 after coating, wherein 1 < j≤M；
The specific steps of the multiple stacking complex method are as follows: the material C 0 of the independent unreeling structure passes through between the machine
Guiding roller mechanism carries out material and is directed into that M coating is compound to unreel assembled unit, and the M coating is compound to unreel assembled unit
Media feed mechanism is coated with by M and provides coating medium to the M coating mechanism, passes through M unreeling structure spreading materials
CM is simultaneously coated by M coating mechanism, and carry out with material C 0 in M composite structure it is compound, it is compound after material pass through
It it is oriented to roller mechanism between the machine carries out material and be directed into that M-1 coating is compound to unreel assembled unit, it is multiple with M-1 coating
Close the material C (M-1) after unreeling the coating of assembled unit it is compound after, then by being oriented to roller mechanism progress material guiding between the machine
Assembled unit is unreeled into M-2 coating is compound, repeats to be coated with the compound movement for unreeling assembled unit in the M-1, until
It is carried out with the compound material C 1 for unreeling assembled unit of the 1st coating compound.
In this way, can be carried out according to actual production demand to material compound.
As optimization, the specific steps of the electron beam radiation curable mode are as follows: electronic beam curing mechanism is opened and kept
Work, the compound coating medium for unreeling assembled unit of coating is the no-solvent type EB gluing induced curing with high energy electron
Agent, the compound material for unreeling combination workshop section of the coating select multiple stacking complex method or single multilayer time compound as needed
The composite molding mode of mode carry out it is compound, it is compound after material material carried out by guiding roller mechanism between machine be oriented to via described
Electronic beam curing mechanism carries out electron beam irradiation, by entering rolling-up mechanism after solidification；It solidifies basic principle are as follows: e-beam machine
The high energy electron and adhesive structural molecule of structure transmitting interact, and are allowed to decomposite discrete free radical；The discrete free radical with
Chemical double bond reaction in adhesive system, forms growing chain；Remaining component reaction in growing chain and adhesive system, makes to apply
Layer generates polymerization crosslinking, to realize solidification；
The specific steps of the cross linking reaction and solidification mode are as follows: the compound coating medium for unreeling assembled unit of the coating is
The solvent-free adhesive of response type, the compound material for unreeling combination workshop section of the coating select multiple stacking complex method as needed
Or the composite molding mode of single multilayer time complex method carry out it is compound, it is compound after material carried out by guiding roller mechanism between machine
Material is directed into rolling-up mechanism, carries out cross linking reaction and solidification after winding again, solidifies basic principle are as follows: the pre-polymerization in adhesive
Body is reacted with remaining chemical constituent in adhesive, makes the recombination polymerization crosslinking of coating generation again, to realize solidification.
In this way, can be solidified according to actual production demand to material.
By the technical program and application method, user can choose more according to demands such as material, technique, adhesives
The combination of kind complex method, is respectively as follows:
1. being wound after carrying out electron beam radiation curable after all material single multilayer time is compound；
2. being wound after all material single multilayer time is compound and being crosslinked autoreaction solidification；
3. being wound after carrying out electron beam radiation curable after all material single multilayer time is compound and being crosslinked autoreaction solidification again；
4. being wound after carrying out electron beam radiation curable after all material multiple stacking is compound；
5. being wound after all material multiple stacking is compound and being crosslinked autoreaction solidification；
6. being wound after carrying out electron beam radiation curable after all material multiple stacking is compound and being crosslinked autoreaction solidification again；
7. all material is compound to the secondary compound and multiple stacking of single multilayer according to demand to be combined compound rear progress electricity
It is wound after beamlet hardening with radiation；
8. all material according to demand it is time compound to single multilayer with multiple stacking it is compound be combined it is compound after receive
It rolls up and is crosslinked autoreaction solidification；
9. all material is compound to the secondary compound and multiple stacking of single multilayer according to demand to be combined compound rear progress electricity
It is wound after beamlet hardening with radiation and is crosslinked autoreaction solidification again.
In this way, user can choose a variety of complex methods and curing mode according to demands such as material, technique, adhesives
Combination, increase the selection of production, make production facilitated.
The beneficial effects of the present invention are:
1. a kind of function combined compounding machine of the invention may be implemented to carry out radiation curing using Electron beam curing technology,
Easy to operate controllability is strong, and accurate and repeatability is high, and penetrability is good, is not influenced by color, material, other coatings；Induction
Response type chemistry basis mechanism, can 100% curing reaction of catalyst coatings；Solidification temperature is low, and applicable material range is wide, especially some heat
Sensitive materials；Room temperature curing, thermal stress is small, and without low molecular weight volatile object when forming, production environment is friendly；Curing efficiency is high, and several seconds
Clock can be completed, and can save manufacturing cost 20%~60%；Production energy consumption is few, and it is UV cured 5~8% that EB, which solidifies energy consumption, is
The 1~2% of heat cure；
2. can also equally use a kind of function of the invention for cured material cannot be carried out with Electron beam curing technology
Combined compounding machine carries out cross linking reaction and solidification, increases the process choice range of user；
3. a kind of function combined compounding machine of the invention can also realize by electronic beam curing and cross linking reaction and solidification into
Row combines, and meets the composite curing production of all material, increases the composite construction range of user；
4., can be multiple by increasing coating by the way that coating mechanism and composite structure are designed to the shared integral structure of structure
It closes and unreels the function combination that assembled unit realizes more materials, simply implemented efficient production；
5., can be according to actual production by the way that coating mechanism and composite structure are designed to the shared integral structure of structure
It is required that selection carries out material, multiple stacking is compound or single multilayer time is compound or independent assortment, increases the process choice of user
Range；
6. the material between control coating mechanism and composite structure walks to expect that length is not more than 1200mm, the space not only reduced
Occupancy, be quickly bonded, reduced from being applied to the contaminated possibility of material in recombination process after being able to achieve coating, and
Coating medium and air contact time are reduced simultaneously, can effectively improve coating process control and key control point；
7. device structure is simple, occupies by the way that coating mechanism and composite structure are designed to structure shared integral structure
Space is small, and mechanism replicability is strong, and manufacturing cost is low.
To sum up, a kind of function combined compounding machine of the invention is a high production efficiency and equipment at low cost, is had
The wider array of advantage of adaptability.
Detailed description of the invention
In order to keep the purpose of the present invention, technical scheme and beneficial effects clearer, the present invention provides following attached drawing and carries out
Illustrate:
Fig. 1 is a kind of one of structural schematic diagram of the 1st embodiment of function combined compounding machine of the present invention；
Fig. 2 is a kind of another structural schematic diagram of the 1st embodiment of function combined compounding machine of the present invention；
Fig. 3 is a kind of one of structural schematic diagram of the 2nd embodiment of function combined compounding machine of the present invention；
Fig. 4 is a kind of another structural schematic diagram of the 2nd embodiment of function combined compounding machine of the present invention；
Fig. 5 is a kind of another structural schematic diagram of the 2nd embodiment of function combined compounding machine of the present invention.
Specific embodiment
The present invention will be further explained below with reference to the attached drawings and specific examples, so that those skilled in the art can be with
It better understands the present invention and can be practiced, but illustrated embodiment is not as a limitation of the invention.
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention is purged, is complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments, below
Description only actually at least one exemplary embodiment be it is illustrative, never as to the present invention and its application or make
Any restrictions.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise
Under every other embodiment obtained, shall fall within the protection scope of the present invention.It is to be appreciated that the noun of locality such as " forward and backward "
It is normally based on orientation or positional relationship shown in the drawings Deng indicated orientation or positional relationship, is merely for convenience of description originally
Invention and simplified description, in the absence of explanation to the contrary, these nouns of locality do not indicate that and imply signified device or member
Part must have a particular orientation or be constructed and operated in a specific orientation, therefore should not be understood as to the scope of the present invention
Limitation.
1st embodiment
It as shown in Figs. 1-2, is the structural schematic diagram of the 1st embodiment of multi-function peripheral of the present invention.The present embodiment is successively
Workshop section, electronic beam curing mechanism 2, rolling-up mechanism 3, independent unreeling structure are combined including independent unreeling structure 1, compound unreel of coating
1, compound combination workshop section, electronic beam curing mechanism 2, the rolling-up mechanism 3 of unreeling is coated with by being oriented to the connection of roller mechanism 6, part between machine
Roller mechanism 6 is oriented between machine to be arranged in electronic beam curing mechanism 2.
Independent unreeling structure 1 is for unreeling material and carrying out material guiding for transmission of materials by guiding roller mechanism 6 between machine
Workshop section is combined to compound unreel is coated with.
Be coated with it is compound unreel that combination workshop section is compound for carrying out after being coated material, it is compound after material pass through between machine
It is oriented to roller mechanism 6 and is transmitted to rolling-up mechanism 3 via electronic beam curing mechanism 2；Wherein, be coated with it is compound unreel combination workshop section include according to
M of secondary setting coating is compound to unreel assembled unit, wherein and M >=2 are denoted as that the 1st coating is compound to unreel assembled unit respectively, and the 2nd
Be coated with it is compound unreel assembled unit, M coating compound unreels assembled unit.In the present embodiment, M=2, i.e. coating are multiple
Conjunction unreels there are two assembled units.1st coating is compound, and to unreel assembled unit 4 include the 1st coating mechanism 4a and respectively with the 1st
The 1st unreeling structure 4b, the 1st coating media feed mechanism 4c and the 1st composite structure 4d that coating mechanism 4a is correspondingly arranged, the 2nd applies
Cloth is compound to unreel that assembled unit 5 includes the 2nd coating mechanism 5a and what is be correspondingly arranged respectively with the 2nd coating mechanism 5a the 2nd unreel
Mechanism 5b, the 2nd coating media feed mechanism 5c and the 2nd composite structure 5d.1st coating is compound to unreel assembled unit 4 and electron beam
Curing mechanism 2 is disposed adjacent, and the 2nd compound assembled unit 5 that unreels of coating is disposed adjacent with independent unreeling structure 1.Wherein, it the 1st applies
The material of cloth mechanism to the 1st composite structure walks to expect length no more than 1200mm, the material of the 2nd coating mechanism to the 2nd composite structure
Walk to expect length no more than 1200mm.Here material walks to expect that length refers to one end (i.e. Fig. 2 of the points of tangency of material and coating mechanism
Middle 4e, 5e) to path length between material and one end (i.e. 4f, 5f in Fig. 2) of composite structure points of tangency.Independent unreeling structure
Refer to the unreeling structure for being served only for unreeling material.Between machine be oriented to roller mechanism by several guide roller groups at.Guide roller, coating mechanism,
Composite structure and unreeling structure are all the technologies of existing maturation, are just not repeated here.
Electronic beam curing mechanism 2 is used for the composite material for unreeling the transmission of combination workshop section compound to coating and carries out electron beam irradiation
Solidify and the composite material after solidification is transmitted to rolling-up mechanism 3 and winds.In the present embodiment, electronic beam curing mechanism is electricity
Beamlet solidifies seat.Electronic beam curing seat is a mature technology, sells product in fact, by accelerator, high-voltage generator, chamber body etc.
Composition, the electronic beam curing seat of different model can be installed according to different demands, is just repeated no more herein.It solidifies substantially former
Reason are as follows: the high energy electron and adhesive structural molecule of electron beam mechanism transmitting interact, and are allowed to decomposite discrete free radical；It should
Discrete free radical is reacted with the chemical double bond in adhesive system, forms growing chain；Growing chain and remaining in adhesive system
Component reaction makes coating generate polymerization crosslinking, to realize solidification.
The application method of the multi-function peripheral of the present embodiment is as follows:
As shown in Figure 1, being wound after carrying out the solidification of electron beam irradiation mode after (1) all material single multilayer time is compound.1st
It is coated with the compound assembled unit 4 that unreels and passes through the 1st coating media feed mechanism 4c to the 1st coating mechanism 4a offer coating medium, lead to
It crosses the 1st unreeling structure 4b spreading materials C1 and is coated by the 1st coating mechanism 4a；
The material C 0 of independent unreeling structure is directed into the 1st by guiding roller mechanism 6 progress material between machine and is coated with compound put
Assembled unit 4 is rolled up, meanwhile, the compound assembled unit 5 that unreels of the 2nd coating passes through the 2nd coating media feed mechanism 5c to the 2nd coating machine
Structure 5a provides coating medium, passes through the 2nd unreeling structure spreading materials C2 and is coated by the 2nd coating mechanism 5a, after coating
Material C 2 by between machine be oriented to roller mechanism 6 carry out material be directed into the 1st coating it is compound unreel assembled unit 4, finally, material
The material C 1 of C0 and material C 2 after compound the 1st composite structure 4d unreeled in assembled unit 4 of the 1st coating and coating is answered
It closes.In the present embodiment, the coating medium that the 1st coating media feed mechanism and the 2nd coating media feed mechanism provide is with height
It can the cured no-solvent type EB adhesive of electronic induction.Then, electron beam is carried out to composite material by electronic beam curing mechanism
Hardening with radiation is transmitted to rolling-up mechanism 3 by guiding roller mechanism 6 between the machine that is arranged in electronic beam curing mechanism 2 and is wound.
(2) winding post-crosslinking autoreaction mode is carried out after all material single multilayer time is compound to solidify.Compound and method (1)
Unanimously, the coating medium that only the 1st coating media feed mechanism and the 2nd coating media feed mechanism provide is response type without molten
Agent adhesive, guiding roller mechanism 6 is transmitted to rolling-up mechanism 3 between composite material passes through the machine being arranged in electronic beam curing mechanism 2
It is wound, crosslinking autoreaction mode is carried out after winding and is solidified.
(3) it is wound after progress electron beam radiation curable after all material single multilayer time is compound and is crosslinked autoreaction solidification again.
Compound and method (1) unanimously, only the 1st is coated in media feed mechanism or the 2nd coating media feed mechanism, one of coating
The coating medium that media feed mechanism provides is the no-solvent type EB adhesive induced curing with high energy electron, another coating is situated between
The coating medium that matter feed mechanism provides is the solvent-free adhesive of response type, by electronic beam curing mechanism to being coated with no-solvent type
The material of EB adhesive carries out electron beam radiation curable, then is oriented to roller mechanism between electronic beam curing machine within the organization by setting
It is transmitted to rolling-up mechanism to be wound, the material that the glutinous agent of reactive pattern solvent-free glue is applied after winding carries out crosslinking autoreaction solidification.
As shown in Fig. 2, being wound after carrying out electron beam radiation curable after (4) all material multiple stacking is compound.The present embodiment
It is formed for 2 superimposions.The material C 0 of independent unreeling structure 1 is oriented between the machine of independent unreeling structure 1 by being disposed adjacent
Roller mechanism 6 carries out material and is directed into that the 2nd coating is compound to unreel assembled unit 5, and the 2nd coating is compound to unreel assembled unit by the
2 coating media feed mechanism 5c provide coating medium to the 2nd coating mechanism 5a, simultaneously by the 2nd unreeling structure 5b spreading materials C2
Be coated by the 2nd coating mechanism 5a, and carry out with material C 0 in the 2nd composite structure 5d it is compound, it is compound after material pass through
Be disposed adjacent the 2nd coating it is compound unreel guiding roller mechanism 6 between the subsequent machine of assembled unit and carry out material be directed into the 1st coating
It is compound to unreel assembled unit 4, with the material C 1 after the 1st compound coating for unreeling assembled unit 4 of coating the 1st composite structure 4d into
Row is compound.In the present embodiment, the coating medium that the 1st coating media feed mechanism and the 2nd coating media feed mechanism provide is
With the induced curing no-solvent type EB adhesive of high energy electron.Then, electricity is carried out to composite material by electronic beam curing mechanism
Beamlet hardening with radiation is transmitted to rolling-up mechanism 3 by guiding roller mechanism 6 between the machine that is arranged in electronic beam curing mechanism 2 and carries out
Winding.
(5) winding post-crosslinking autoreaction mode is carried out after all material multiple stacking is compound to solidify.Compound and method (4) one
It causes, the coating medium that only the 1st coating media feed mechanism and the 2nd coating media feed mechanism provide is that response type is solvent-free
Adhesive, composite material by be arranged in electronic beam curing mechanism between 2 machine be oriented to roller mechanism 6 be transmitted to rolling-up mechanism 3 into
Row winding carries out crosslinking autoreaction mode and solidifies after winding.
(6) it is wound after progress electron beam radiation curable after all material multiple stacking is compound and is crosslinked autoreaction solidification again.It is multiple
It closes with method (4) unanimously, only the 1st is coated in media feed mechanism or the 2nd coating media feed mechanism, one of coating is situated between
The coating medium that matter feed mechanism provides is the no-solvent type EB adhesive induced curing with high energy electron, another coating medium
The coating medium that feed mechanism provides is the solvent-free adhesive of response type, by electronic beam curing mechanism to being coated with no-solvent type EB
The material of adhesive carries out electron beam radiation curable, then is oriented to roller mechanism biography by being arranged between electronic beam curing machine within the organization
It transports to rolling-up mechanism to be wound, the material that the glutinous agent of reactive pattern solvent-free glue is applied after winding carries out crosslinking autoreaction solidification.
2nd embodiment
It as in Figure 3-5, is the structural schematic diagram of the 1st embodiment of multi-function peripheral of the present invention.The present embodiment is successively
Workshop section, electronic beam curing mechanism 2, rolling-up mechanism 3, independent unreeling structure are combined including independent unreeling structure 1, compound unreel of coating
1, compound combination workshop section, electronic beam curing mechanism 2, the rolling-up mechanism 3 of unreeling is coated with by being oriented to the connection of roller mechanism 7, part between machine
Roller mechanism 7 is oriented between machine to be arranged in electronic beam curing mechanism.
Independent unreeling structure 1 is for unreeling material and carrying out material guiding for transmission of materials by guiding roller mechanism 7 between machine
Workshop section is combined to compound unreel is coated with.
Be coated with it is compound unreel that combination workshop section is compound for carrying out after being coated material, it is compound after material pass through between machine
It is oriented to roller mechanism 7 and is transmitted to rolling-up mechanism 3 via electronic beam curing mechanism 2；Wherein, be coated with it is compound unreel combination workshop section include according to
M of secondary setting coating is compound to unreel assembled unit, wherein and M >=2 are denoted as that the 1st coating is compound to unreel assembled unit respectively, and the 2nd
Be coated with it is compound unreel assembled unit, M coating compound unreels assembled unit.In the present embodiment, M=3, i.e. coating are multiple
Conjunction unreels there are three assembled units.1st coating is compound, and to unreel assembled unit 4 include the 1st coating mechanism 4a and respectively with the 1st
The 1st unreeling structure 4b, the 1st coating media feed mechanism 4c and the 1st composite structure 4d that coating mechanism 4a is correspondingly arranged, the 2nd applies
Cloth is compound to unreel that assembled unit 5 includes the 2nd coating mechanism 5a and what is be correspondingly arranged respectively with the 2nd coating mechanism 5a the 2nd unreel
Mechanism 5b, the 2nd coating media feed mechanism 5c and the 2nd composite structure 5d；The compound assembled unit 6 that unreels of 3rd coating includes the 1st painting
Cloth mechanism 6a and the 3rd unreeling structure 6b being correspondingly arranged respectively with the 3rd coating mechanism 6a, the 3rd coating media feed mechanism 6c
With the 3rd composite structure 6d.The 1st compound assembled unit 4 that unreels of coating is disposed adjacent with electronic beam curing mechanism 2, and the 3rd coating is compound
Assembled unit 6 is unreeled to be disposed adjacent with independent unreeling structure 1.Wherein, the material of the 1st coating mechanism to the 1st composite structure walks material
Length is not more than 1200mm, and the material of the 2nd coating mechanism to the 2nd composite structure walks to expect length no more than 1200mm, the 3rd coating machine
The material of structure to the 3rd composite structure walks to expect length no more than 1200mm.Here material, which is walked, expects that length refers to material and coating machine
One end (i.e. 4e, 5e, 6e in Fig. 4) of the points of tangency of structure to material and composite structure points of tangency one end (i.e. 4f, 5f in Fig. 4,
Path length between 6f).Independent unreeling structure refers to the unreeling structure for being served only for unreeling material.If between machine be oriented to roller mechanism by
Dry guide roller group at.Guide roller, coating mechanism, composite structure and unreeling structure are all the technologies of existing maturation, here just no longer
It is tired to state.
Electronic beam curing mechanism 2 is used for the composite material for unreeling the transmission of combination workshop section compound to coating and carries out electron beam irradiation
And the composite material after solidification is transmitted to rolling-up mechanism 3 and is wound.In the present embodiment, electronic beam curing mechanism is electron beam
Solidify seat.Electronic beam curing seat is a mature technology, sells product in fact, by groups such as accelerator, high-voltage generator, chamber bodies
At can install the electronic beam curing seat of different model according to different demands, just repeat no more herein.It solidifies basic principle
Are as follows: the high energy electron and adhesive structural molecule of electron beam mechanism transmitting interact, and are allowed to decomposite discrete free radical；It should be from
It dissipates free radical to react with the chemical double bond in adhesive system, forms growing chain；Remaining group in growing chain and adhesive system
Divide reaction, so that coating is generated polymerization crosslinking, to realize solidification.
The application method of the multi-function peripheral of the present embodiment is as follows:
As shown in figure 3, being wound after carrying out the solidification of electron beam irradiation mode after (1) all material single multilayer time is compound.1st
It is coated with the compound assembled unit 4 that unreels and passes through the 1st coating media feed mechanism 4c to the 1st coating mechanism 4a offer coating medium, lead to
It crosses the 1st unreeling structure 4b spreading materials C1 and is coated by the 1st coating mechanism 4a；
The material C 0 of independent unreeling structure is directed into the 1st by guiding roller mechanism 7 progress material between machine and is coated with compound put
Assembled unit 4 is rolled up, meanwhile, the compound assembled unit 5 that unreels of the 2nd coating passes through the 2nd coating media feed mechanism 5c to the 2nd coating machine
Structure 5a provides coating medium, passes through the 2nd unreeling structure spreading materials C2 and is coated by the 2nd coating mechanism 5a, after coating
Material C 2 carry out material by being oriented to roll structure 7 between machine and be directed into that the 1st coating is compound to unreel assembled unit 4, the 3rd coating is multiple
Conjunction unreels assembled unit 6 and provides coating medium to the 3rd coating mechanism 6a by the 3rd coating media feed mechanism 6c, puts by the 3rd
Volume mechanism deploying material C 3 is simultaneously coated by the 3rd coating mechanism 6a, and the material C 3 after coating is oriented to roller mechanism 7 between passing through machine
It carries out material and is directed into that the 1st coating is compound to unreel assembled unit 4, finally, material C 0 and material C 2, material C 3 are in the 1st coating
Compound the 1st composite structure 4d unreeled in assembled unit 4 carries out compound with the material C 1 after coating.In the present embodiment, the 1st coating
The coating medium that media feed mechanism, the 2nd coating media feed mechanism and the 3rd coating media feed mechanism provide is with high energy
The cured no-solvent type EB adhesive of electronic induction.Then, electron beam spoke is carried out to composite material by electronic beam curing mechanism
According to solidification, rolling-up mechanism 3 is transmitted to by guiding roller mechanism 7 between the machine that is arranged in electronic beam curing mechanism 2 and is wound.
(2) winding post-crosslinking autoreaction mode is carried out after all material single multilayer time is compound to solidify.Compound and method (1)
Unanimously, the painting that only the 1st coating media feed mechanism, the 2nd coating media feed mechanism and the 3rd coating media feed mechanism provide
Cloth medium is the solvent-free adhesive of response type, and composite material is by being arranged in guide roller between the machine in electronic beam curing mechanism 2
Mechanism 7 is transmitted to rolling-up mechanism 3 and is wound, and crosslinking autoreaction mode is carried out after winding and is solidified.
(3) it is wound after progress electron beam radiation curable after all material single multilayer time is compound and is crosslinked autoreaction solidification again.
Compound and method (1) unanimously, is only coated with media feed mechanism, the 2nd coating media feed mechanism and the 3rd coating medium the 1st
In feed mechanism, wherein the coating medium that some coating media feed mechanisms provide is with induced curing solvent-free of high energy electron
Type EB adhesive, the coating medium that remaining coating media feed mechanism provides is the solvent-free adhesive of response type, passes through electronics
Beam curing mechanism carries out electron beam radiation curable to the material for being coated with no-solvent type EB adhesive, then solid in electron beam by setting
Change guiding roller mechanism between machine within the organization and be transmitted to rolling-up mechanism and wound, reactive pattern solvent-free glue is applied after winding and sticks agent
Material carries out crosslinking autoreaction solidification.
As shown in figure 4, being wound after carrying out the solidification of electron beam irradiation mode after (4) all material multiple stacking is compound.This reality
Applying example is 3 superimposions.The material C 0 of independent unreeling structure 1 is oriented between the machine of independent unreeling structure 1 by being disposed adjacent
Roll structure 7 carries out material and is directed into that the 3rd coating is compound to unreel assembled unit 6, and the 3rd compound assembled unit 6 that unreels of coating passes through
3rd coating media feed mechanism 6c provides coating medium to the 3rd coating mechanism 6a, passes through the 3rd unreeling structure 6b spreading materials C3
And be coated by the 3rd coating mechanism 6a, and carry out with material C 0 in the 3rd composite structure 6d it is compound, it is compound after material it is logical
Cross be disposed adjacent the 3rd coating it is compound unreel guiding roller mechanism 7 between the subsequent machine of assembled unit 6 and carry out material be directed into the 2nd
Be coated with it is compound unreel assembled unit 5, with the material C 2 after the 2nd compound coating for unreeling assembled unit 5 of coating in the 2nd composite structure
After 5d is compound, then by being disposed adjacent in the compound guiding progress material of roll structure 7 between unreeling the subsequent machine of assembled unit 5 of the 2nd coating
Material be directed into the 1st coating it is compound unreel assembled unit 4, with the 1st coater unit 4 coating after material C 1 in the 1st composite structure
4d carries out compound.In the present embodiment, the 1st coating media feed mechanism, the 2nd coating media feed mechanism and the 3rd coating medium are supplied
The coating medium provided to mechanism is the no-solvent type EB adhesive induced curing with high energy electron.Then, pass through electron beam
Curing mechanism carries out electron beam radiation curable to composite material, passes through guide roller between the machine that is arranged in electronic beam curing mechanism 2
Mechanism 7 is transmitted to rolling-up mechanism 3 and is wound.
(5) winding post-crosslinking autoreaction mode is carried out after all material multiple stacking is compound to solidify.Compound and method (4) one
It causes, the coating that only the 1st coating media feed mechanism, the 2nd coating media feed mechanism and the 3rd coating media feed mechanism provide
Medium is the solvent-free adhesive of response type, and composite material is by being arranged in guide roller machine between the machine in electronic beam curing mechanism 2
Structure 7 is transmitted to rolling-up mechanism 3 and is wound, and crosslinking autoreaction mode is carried out after winding and is solidified.
(6) it is wound after progress electron beam radiation curable after all material multiple stacking is compound and is crosslinked autoreaction solidification again.It is multiple
It closes with method (4) unanimously, is only coated with media feed mechanism, the 2nd coating media feed mechanism and the 3rd coating medium the 1st and supplies
To in mechanism, wherein the coating medium that some coating media feed mechanisms provide is the no-solvent type induced curing with high energy electron
EB adhesive, the coating medium that remaining coating media feed mechanism provides is the solvent-free adhesive of response type, passes through electron beam
Curing mechanism carries out electron beam radiation curable to the material for being coated with no-solvent type EB adhesive, then by being arranged in electronic beam curing
Guiding roller mechanism is transmitted to rolling-up mechanism and is wound between machine within the organization, and the material that reactive pattern solvent-free glue sticks agent is applied after winding
Material carries out crosslinking autoreaction solidification.
It is combined again as shown in figure 5, (7) all material is compound to the secondary compound and multiple stacking of single multilayer according to demand
It is wound after carrying out electron beam radiation curable after conjunction.The compound assembled unit 4 that unreels of 1st coating passes through the 1st coating media feed mechanism
4c provides coating medium to the 1st coating mechanism 4a, passes through the 1st unreeling structure 4b spreading materials C1 and passes through the 1st coating mechanism 4a
It is coated；
The material C 0 of independent unreeling structure 1 is oriented to the progress of roll structure 7 by being disposed adjacent between the machine of independent unreeling structure 1
Material is directed into that the 3rd coating is compound to unreel assembled unit 6, and the compound assembled unit 6 that unreels of the 3rd coating passes through the 3rd coating medium
Feed mechanism 6c provides coating medium to the 3rd coating mechanism 6a, applies by the 3rd unreeling structure 6b spreading materials C3 and by the 3rd
Cloth mechanism 6a is coated, and the material C 3 after coating and material C 0 carry out being compounded to form composite material C03 in the 3rd composite structure,
Composite material C03 carries out material by being oriented to roller mechanism 7 between machine and is directed into that the 1st coating is compound to unreel assembled unit 4, meanwhile,
2nd coating it is compound unreel assembled unit 5 by the 2nd coating media feed mechanism 5c to the 2nd coating mechanism 5a provide coating medium,
Pass through the 2nd unreeling structure spreading materials C2 and be coated by the 2nd coating mechanism 5a, the material C 2 after coating is led between passing through machine
To roller mechanism 7 carry out material be directed into the 1st coating it is compound unreel assembled unit 4, finally, material C 2 and composite material C03 exist
1st compound the 1st composite structure 4d unreeled in assembled unit 4 of coating carries out compound with the material C 1 after coating.In the present embodiment,
The coating medium that 1st coating media feed mechanism, the 2nd coating media feed mechanism and the 3rd coating media feed mechanism provide is equal
For the no-solvent type EB adhesive induced curing with high energy electron.Then, composite material is carried out by electronic beam curing mechanism
Electron beam radiation curable, by guiding roller mechanism 7 between the machine that is arranged in electronic beam curing mechanism 2 be transmitted to rolling-up mechanism 3 into
Row winding.
(8) all material according to demand it is time compound to single multilayer with multiple stacking it is compound be combined it is compound after receive
It rolls up and is crosslinked autoreaction solidification.Compound and method (7) unanimously, only the 1st coating media feed mechanism, the 2nd coating medium supply
The coating medium that mechanism and the 3rd coating media feed mechanism provide is the solvent-free adhesive of response type, and composite material is by setting
It sets and is oriented to roller mechanism 7 between the machine in electronic beam curing mechanism 2 and is transmitted to rolling-up mechanism 3 and is wound, be crosslinked after winding
Autoreaction mode solidifies.
(9) all material is compound to the secondary compound and multiple stacking of single multilayer according to demand is combined compound rear progress electricity
It is wound after beamlet hardening with radiation and is crosslinked autoreaction solidification again.Compound and method (7) unanimously, only supply machine in the 1st coating medium
In structure, the 2nd coating media feed mechanism and the 3rd coating media feed mechanism, wherein what some coating media feed mechanisms provided
Coating medium is the no-solvent type EB adhesive induced curing with high energy electron, the painting that remaining coating media feed mechanism provides
Cloth medium is the solvent-free adhesive of response type, is carried out by electronic beam curing mechanism to the material for being coated with no-solvent type EB adhesive
Electron beam radiation curable, then rolling-up mechanism progress is transmitted to by the way that guiding roller mechanism is arranged between electronic beam curing machine within the organization
Winding, the material that the glutinous agent of reactive pattern solvent-free glue is applied after winding carry out crosslinking autoreaction solidification.
It should be noted that
1. although the compound assembled unit that unreels of coating in the 1st embodiment and the 2nd embodiment is two and three, according to need
It wants, also settable four and four or more, application method and principle are suitable with the 1st embodiment and the 2nd embodiment, no longer tired
It states.
2. (7), (8), (9) in the 2nd embodiment are only single multilayer time compound compound with multiple stacking wherein one
Kind combination, can also there is other combinations, just not state here tired.
3. all material can according to demand be combined superimposion mode and level complex method, can be according to need
It asks selection electron beam radiation curable and crosslinking autoreaction mode to solidify to be combined, only selects the coating of electron beam radiation curable
Medium is the no-solvent type EB adhesive induced curing with high energy electron, and it is anti-for being crosslinked the cured coating medium of autoreaction mode
The solvent-free adhesive of type is answered, specific combination, implementation method are determined by user, this is also the purpose of the present invention and beneficial effect
Fruit, details are not repeated.
Embodiment described above is only to absolutely prove preferred embodiment that is of the invention and being lifted, protection model of the invention
It encloses without being limited thereto.Those skilled in the art's made equivalent substitute or transformation on the basis of the present invention, in the present invention
Protection scope within.Protection scope of the present invention is subject to claims.
Claims (7)
1. a kind of function combined compounding machine, it is characterised in that: successively include that independent unreeling structure, coating compound unreel combination work
Section, electronic beam curing mechanism, rolling-up mechanism；The independent unreeling structure, compound unreel of coating combine workshop section, electronic beam curing machine
Structure is connected with rolling-up mechanism by being oriented to roller mechanism between machine, and roller mechanism is oriented between the machine of part and is arranged in the electronic beam curing
In mechanism.
2. a kind of function combined compounding machine according to claim 1, it is characterised in that: the coating is compound to unreel combination
Workshop section, which includes that set gradually M coating is compound, unreels assembled unit, wherein M >=2 are denoted as that the 1st coating is compound to put respectively
Assembled unit is rolled up, the 2nd coating is compound to unreel assembled unit, M coating is compound to unreel assembled unit；Wherein, it i-th applies
Cloth is compound to unreel that assembled unit includes the i-th coating mechanism and what is be correspondingly arranged respectively with i-th coating mechanism i-th unreel
Mechanism, the i-th coating media feed mechanism and the i-th composite structure, 1≤i≤M, the 1st coating is compound to unreel assembled unit and institute
It states electronic beam curing mechanism to be disposed adjacent, M coating is compound to unreel that assembled unit is adjacent with the independent unreeling structure to be set
It sets, any compound assembled unit that unreels of the coating is connected by guide roller between the machine.
3. a kind of function combined compounding machine according to claim 2, it is characterised in that: the same coating is compound to be unreeled
The coating mechanism of assembled unit walks to expect length no more than 1200mm to the composite structure.
4. a kind of a kind of application method of function combined compounding machine a method according to any one of claims 1-3, it is characterised in that: packet
Include following steps:
S1, the independent unreeling structure unreel material and carry out material guiding by being oriented to roller mechanism between the machine, and material is passed
It transports to compound unreel of the coating and combines workshop section；
S2, the compound combination workshop section that unreels of the coating pass through multiple stacking complex method and/or single multilayer time complex method
Material is coated and composite molding by combination；
Material after S3, composite molding is transmitted to winding via the electronic beam curing mechanism by being oriented to roller mechanism between the machine
Mechanism is solidified by the combination of electron beam radiation curable mode and/or cross linking reaction and solidification mode.
5. a kind of application method of function combined compounding machine according to claim 4, it is characterised in that: described primary more
The specific steps of level complex method are as follows: the compound assembled unit that unreels of the 1st coating passes through the 1st coating medium supply machine
Structure provides coating medium to the 1st coating mechanism, applies by the 1st unreeling structure spreading materials C1 and by the described 1st
Cloth mechanism is coated；
The material C 0 of the independent unreeling structure is directed into the 1st coating by being oriented to roller mechanism progress material between the machine
It is compound to unreel assembled unit, meanwhile, except the 1st coating is compound unreel assembled unit in addition to all coatings compound unreel combination
Unit provides coating medium to respective coating mechanism by respective coating media feed mechanism, compound by respective coating
It unreels the unreeling structure spreading materials Cj in assembled unit and is coated by respective coating mechanism, the material C j after coating
Material is carried out by being oriented to roller mechanism between the machine and is directed into that the 1st coating is compound to unreel assembled unit, finally, material C 0 and removing
The compound compound material C j for unreeling assembled unit of all coatings unreeled other than assembled unit of 1st coating is applied the described 1st
Compound the 1st composite structure unreeled in assembled unit of cloth carries out compound with the material C 1 after coating, wherein 1 < j≤M；
The specific steps of the multiple stacking complex method are as follows: the material C 0 of the independent unreeling structure is oriented between passing through the machine
Roller mechanism carries out material and is directed into that M coating is compound to unreel assembled unit, and the M is coated with the compound assembled unit that unreels and passes through
M is coated with media feed mechanism and provides coating medium to the M coating mechanism, simultaneously by M unreeling structure spreading materials CM
Be coated by M coating mechanism, and carry out with material C 0 in M composite structure it is compound, it is compound after material pass through it is described
It it is oriented to roller mechanism between machine carries out material and be directed into that M-1 coating is compound to unreel assembled unit, compound put with M-1 coating
Roll up assembled unit coating after material C (M-1) it is compound after, then by between the machine be oriented to roller mechanism progress material be directed into
M-2 coating is compound to unreel assembled unit, repeats to be coated with the compound movement for unreeling assembled unit in the M-1, until with institute
State the 1st compound material C 1 for unreeling assembled unit of coating carry out it is compound.
6. a kind of application method of function combined compounding machine according to claim 4, it is characterised in that: the electron beam
The specific steps of hardening with radiation mode are as follows: work is opened and kept in electronic beam curing mechanism, and the coating is compound to unreel combination list
The coating medium of member is the no-solvent type EB adhesive induced curing with high energy electron, and compound unreel of the coating combines workshop section
It is compound that material selects the composite molding mode of multiple stacking complex method or single multilayer time complex method to carry out as needed, multiple
Material after conjunction carries out material guiding by guiding roller mechanism between machine and carries out electron beam irradiation via the electronic beam curing mechanism,
By entering rolling-up mechanism after solidification；
The specific steps of the cross linking reaction and solidification mode are as follows: the compound coating medium for unreeling assembled unit of coating is reaction
The solvent-free adhesive of type, the compound material for unreeling combination workshop section of the coating select multiple stacking complex method or one as needed
The composite molding mode of secondary multi-level complex method carry out it is compound, it is compound after material material is carried out by guiding roller mechanism between machine
It is directed into rolling-up mechanism, carries out cross linking reaction and solidification after winding again.
7. a kind of application method of function combined compounding machine according to claim 4, it is characterised in that: the step S2
It include winding after carrying out electron beam radiation curable after all material single multilayer time is compound with the combination in the S3, all
Autoreaction solidification, the compound rear progress electronics of all material single multilayer time are wound and are crosslinked after material single multilayer time is compound
It winds after beam hardening with radiation and is received after being crosslinked autoreaction solidification, the compound rear progress electron beam radiation curable of all material multiple stacking again
Autoreaction solidification, the compound rear progress of all material multiple stacking are wound and are crosslinked after volume, all material multiple stacking are compound
Wound after electron beam radiation curable be crosslinked again autoreaction solidification, all material according to demand it is time compound to single multilayer with it is repeatedly folded
Add it is compound be combined it is compound after carry out electron beam radiation curable after winding, all material it is time compound to single multilayer according to demand
With multiple stacking it is compound be combined it is compound after wound and be crosslinked autoreaction solidification, all material according to demand to primary more
Level it is compound with multiple stacking it is compound be combined it is compound after wind after electron beam radiation curable being crosslinked autoreaction solidification again.
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| CN111845019A (en) * | 2020-08-07 | 2020-10-30 | 黄山三夏精密机械有限公司 | Multilayer composite equipment |
| CN113334868A (en) * | 2021-06-09 | 2021-09-03 | 浙江圣润纳米科技有限公司 | Multilayer aerogel composite material and preparation method thereof |
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