CN207643885U - A kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back - Google Patents
A kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back Download PDFInfo
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- CN207643885U CN207643885U CN201721514508.9U CN201721514508U CN207643885U CN 207643885 U CN207643885 U CN 207643885U CN 201721514508 U CN201721514508 U CN 201721514508U CN 207643885 U CN207643885 U CN 207643885U
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- China
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- cold wave
- nip rolls
- winding
- anodized aluminium
- unreel
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Abstract
A kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back covers foil unit and is equipped with supporting rack, imprinting apparatus, anodized aluminium unwinding device and electrochemical aluminum rolling device；Setting unreels press cylinder in the anodized aluminium unwinding device, unreel nip rolls actuating arm, unreel nip rolls, unreel driven roller, it unreels motor and unreels transmission mechanism, it is described unreel press cylinder and be arranged in unreel nip rolls both ends, the cylinder body for unreeling press cylinder is mounted on supporting rack, it unreels the telescopic arm of press cylinder and unreels nip rolls actuating arm hinge mounted, it is described to unreel nip rolls actuating arm one end and supporting rack hinge mounted, the other end and unreel nip rolls hinge mounted, the driven roller quantity that unreels is two, it is arranged in the lower section for unreeling nip rolls, two unreel driven roller and are operated in the same direction in the case where unreeling motor and unreeling transmission mechanism driving.The utility model solves the problems, such as the waste of anodized aluminium cold wave foil, also by the optimization design to pressing mechanism, has achieved the purpose that improve cold-hot stamping product quality.
Description
Technical field
The utility model is related to a kind of cold wave machines that achievable anodized aluminium cold wave foil is pulled back, and belong to printing equipment technology neck
Domain.
Background technology
Cold wave is one kind of printing technology, it be using glue special (ink) by anodized aluminium cold wave foil except base with
Outer other parts are adhered to stock surface, to realize the effect of thermoprint.Because cold wave need not heat in technical process,
There is obviously advantage compared with traditional blanching technology, and cold wave is not only applicable to paper, cardboard, is also applied for simultaneously
Plastic film and metal material, therefore cold foil technology is used widely in packaging and label product printing.
Cold foil technology flow is first to be transferred to stock in stock surface spray printing UV solidification glues, then by anodized aluminium cold wave foil
On base material, then free radical type UV adhesives are cured by the irradiation of UV lamp light source.Match the cold wave of above-mentioned technical process
Machine equipment includes mainly sprayed printed unit, covers foil unit and UV solidification lamp boxes, is put equipped with imprinting apparatus, anodized aluminium wherein covering foil unit
Winding apparatus and electrochemical aluminum rolling device.In the prior art, the anodized aluminium unwinding device of cold wave machine equipment passes through electromagnetic braking mechanism
Cooperation gas expansion shaft completes the action that unreels of electrochemical aluminium gold-stamped foil, and electrochemical aluminum rolling device is driven from motor, with electromagnetic clutch
Tension control system completes the winding action of electrochemical aluminium gold-stamped foil, since cold-hot stamping process is in stock and anodized aluminium cold wave foil
It is completed in synchro-feed movement, after the completion of thermoprint operation, stock and anodized aluminium cold wave foil pass through UV lamp light source and shine together
Penetrate so that anodized aluminium cold wave foil sky walk UV solidification lamp box length distance, and the anodized aluminium unwinding device of existing cold wave machine equipment and
Electrochemical aluminum rolling device can not achieve anodized aluminium cold wave foil and pull back action, therefore cause the wave of anodized aluminium cold wave foil length direction
Take；Simultaneously as the breadth of anodized aluminium cold wave foil is standard value (610mm or 640mm), and existing cold wave machine equipment cannot be real
Existing anodized aluminium cold wave foil left and right directions position adjustment, when needing hot stamping pattern area smaller on stock, can cause anodized aluminium
The waste of cold wave foil width direction；In addition, the imprinting apparatus in foil unit that covers of existing cold wave machine equipment is driven using Pneumatic connecting rod
Mode, response speed is slow, pressure degree of regulation is not easy to control, affects hot stamping effects.
Utility model content
The utility model provides a kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back, it is intended to solve anodized aluminium cold wave foil
Waste problem, to reduce cold-hot stamping cost；And by the optimization design to covering pressing mechanism in foil unit, reach raising cold-hot stamping
The purpose of product quality.
To achieve the above object, the utility model adopts the following technical solution：
A kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back, including sprayed printed unit, cover foil unit and UV solidification lamp box；
The sprayed printed unit is docked with foil unit is covered, and the stock base material after spray printing UV solidification glues is defeated from sprayed printed unit to foil unit is covered
Enter；Anodized aluminium unwinding device, the electrochemical aluminum rolling device for covering foil unit and being equipped with supporting rack, imprinting apparatus and symmetrical structure；
The UV solidifications lamp box is arranged between anodized aluminium unwinding device and electrochemical aluminum rolling device；It is particular in that：The electricity
Change setting in aluminium unwinding device unreel press cylinder, unreel nip rolls actuating arm, unreel nip rolls, unreel driven roller, unreel electricity
Machine and unreel transmission mechanism, it is described unreel press cylinder and be arranged in unreel nip rolls both ends, unreel the cylinder body installation of press cylinder
On supporting rack, unreels the telescopic arm of press cylinder and unreel nip rolls actuating arm hinge mounted, it is described to unreel nip rolls driving
Arm one end and supporting rack hinge mounted, the other end and unreel nip rolls hinge mounted, and the driven roller quantity that unreels is two, cloth
It sets in the lower section for unreeling nip rolls, two unreel driven roller and operated in the same direction in the case where unreeling motor and unreeling transmission mechanism driving.
The cold wave machine that above-mentioned achievable anodized aluminium cold wave foil is pulled back, the electrochemical aluminum rolling dress center winding binder gas
Cylinder, winding nip rolls actuating arm, winding nip rolls, winding driven roller, winding motor and rolling transmission mechanism；The winding binder
Cylinder arrangement is mounted in winding nip rolls both ends, the cylinder body for winding press cylinder on supporting rack, winds the flexible of press cylinder
Arm and winding nip rolls actuating arm hinge mounted；Described winding nip rolls actuating arm one end and supporting rack hinge mounted, the other end
With winding nip rolls hinge mounted；The winding driven roller quantity is two, is arranged in the lower section of winding nip rolls, two windings
Driven roller operates in the same direction under winding motor and rolling transmission mechanism driving.
The cold wave machine that above-mentioned achievable anodized aluminium cold wave foil is pulled back, the foil unit that covers are additionally provided with left and right position adjustment dress
It sets, the left and right position adjusting apparatus includes left and right position adjustment motor, left and right position adjustment transmission mechanism, screw nut driven
Secondary, sliding rail and sliding block；The sliding block is mounted on support frame bottom, equipped with sliding rail；The sliding rail left and right horizontal arrangement, in sliding rail
One end arranges that left and right position adjusts motor, and the left and right position adjustment motor adjusts transmission mechanism by left and right position and drives leading screw
Nut transmission operates, and the rotary power that motor is adjusted by screw nut driven adjutant left and right position is converted to sliding block along sliding rail water
The dynamic driving force of translation.
The cold wave machine that above-mentioned achievable anodized aluminium cold wave foil is pulled back, leading screw uses ball wire in the screw nut driven pair
Bumper structure.
The cold wave machine that above-mentioned achievable anodized aluminium cold wave foil is pulled back, the imprinting apparatus include being arranged symmetrically in UV solidifications
Two parts before and after lamp box, wherein each section include coining motor, coining transmission mechanism, transmission shaft, roller platen and pressurization
Mechanism；The coining motor drives transmission shaft operating by imprinting transmission mechanism, and the pressuring machine of both ends arrangement is driven by transmission shaft
Roller platen elevating movement is realized in structure action, and roller platen and spray printing platform is made to coordinate other by anodized aluminium cold wave foil in addition to base
It is partly adhered to stock surface.
The cold wave machine that above-mentioned achievable anodized aluminium cold wave foil is pulled back, the pressing mechanism include eccentric wheel, swing arm, connection
Seat, lifting slider and riser guide, the eccentric wheel are fixedly mounted on transmission shaft；The swing arm is equipped with eccentric wheel, swing arm
Upper end and connecting seat hinge mounted；The connecting seat is fixed on lifting slider top；The lifting slider is fixed with roller platen and is filled
Match, riser guide is set in lifting slider both sides；The riser guide is fixed on supporting rack.
The cold wave machine that above-mentioned achievable anodized aluminium cold wave foil is pulled back, it is described to unreel nip rolls, unreel driven roller, winding binder
Roller, winding driven roller and roller platen are all made of rubber roller structure.
The cold wave machine that above-mentioned achievable anodized aluminium cold wave foil is pulled back, it is described to unreel motor, winding motor, left and right position adjustment
Motor, coining motor are all made of servo motor.
The utility model is a kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back, it sets in anodized aluminium unwinding device
Set by unreel press cylinder control unreel nip rolls and by unreel motor control unreel driven roller, in electrochemical aluminum rolling device
Middle setting can pass through electrification by the winding driven roller for winding nip rolls and controlled by winding motor of winding volume press cylinder control
Nip rolls is unreeled in aluminium unwinding device and electrochemical aluminum rolling device, unreels driven roller, winding nip rolls and winding driven roller cooperation
It realizes the feeding of anodized aluminium cold wave foil and action of pulling back, therefore UV lamp can be passed through in stock base material and the pressing of anodized aluminium cold wave foil
After light source irradiation, the part that anodized aluminium cold wave foil sky is walked is retracted, the waste of anodized aluminium cold wave foil length direction is thus avoided；
Left and right position adjusting apparatus is arranged in the utility model also in covering foil unit, when hot stamping pattern area is smaller on stock base material
When, it can make to cover the movement of foil unit transverse by left and right position adjusting apparatus, realize anodized aluminium cold wave foil typesetting operation, make anodized aluminium
Cold wave foil is fully utilized, and thus avoids the waste of anodized aluminium cold wave foil width direction；The utility model is also to imprinting apparatus
Middle pressing mechanism is improved, and drives eccentric wheel structure to drive roller platen lifting action by motor, roller platen is realized with this
The rotation angle of motor can be imprinted by adjusting come smart under this pressuring method with the clutch pressure watermark patterns of spray printing platform
The size of true control pressure, ideally to show the fade effect of thermoprint；In addition it is unreeled in the anodized aluminium of the utility model
In device and electrochemical aluminum rolling device, electrochemical aluminium gold-stamped foil coiled material need to be only placed on above two support rollers, be both effectively prevented from
The phenomenon that coiled material wears electrochemical aluminium gold-stamped foil cross directional stretch when axis also makes electrochemical aluminium gold-stamped foil more steady in transmission process.
In short, the utility model not only solves the problem of anodized aluminium cold wave foil waste in the prior art, cold wave printing cost is reduced；
Also by the optimization design to covering pressing mechanism in foil unit, achieve the purpose that improve cold-hot stamping product quality.
Description of the drawings
Fig. 1 is the utility model structure diagram；
Fig. 2 is the K direction views of Fig. 1；
Fig. 3 is the F direction views of Fig. 2；
Fig. 4 is A-A cross-sectional views in Fig. 3；
Fig. 5 is imprinting apparatus structural schematic diagram；
Fig. 6 is pressing mechanism schematic diagram (after magnification ratio)；
Fig. 7 is the M direction views of Fig. 6；
Fig. 8 is electrochemical aluminium gold-stamped foil feeding principle schematic；
Fig. 9 is that electrochemical aluminium gold-stamped foil is pulled back principle schematic；
Figure 10 pressing mechanism operation principle schematic diagrams.
Each list of reference numerals is in figure：1, spray printing platform, 2, anodized aluminium unwinding device, motor 2-1, is unreeled, 2-2, unreels biography
2-3, motivation structure unreels nip rolls, 2-4, unreel driven roller, 2-5, unreels press cylinder, 2-6, unreels nip rolls actuating arm, 3,
Electrochemical aluminum rolling device, 3-1, winding motor, 3-2, rolling transmission mechanism, 3-3, winding nip rolls, 3-4, winding driven roller, 3-
5, press cylinder is wound, 3-6, winding nip rolls actuating arm, 4, imprinting apparatus, 4-1, coining motor, 4-2, coining transmission mechanism,
4-3, transmission shaft, 4-4, roller platen, 4-5, pressing mechanism, 4-5-1, eccentric wheel, 4-5-2, swing arm, 4-5-3, connecting seat, 4-5-
4, lifting slider, 4-5-5, riser guide, 5, UV cure lamp box, 6, left and right position adjusting apparatus, 6-1, left and right position adjustment electricity
Machine, 6-2, left and right position adjust transmission mechanism, 6-3, screw nut driven pair, 6-4, sliding block, 6-5, sliding rail, and 7, electrochemical aluminium gold-stamped
Foil, 8, supporting rack, 9, stock base material.
Specific implementation mode
Below in conjunction with the accompanying drawings and specific embodiment the utility model is described in further detail.
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, the utility model is a kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back,
It, which is covered, is equipped with supporting rack 8, imprinting apparatus 4, anodized aluminium unwinding device 2 and electrochemical aluminum rolling device 3 in foil unit；The anodized aluminium
Unwinding device 2 setting unreel press cylinder 2-5, unreel nip rolls actuating arm 2-6, unreel nip rolls 2-3, unreel driven roller 2-4,
Unreel motor 2-1 and unreel transmission mechanism 2-2, it is described unreel press cylinder 2-5 and be arranged in unreel the both ends nip rolls 2-3, unreel
The cylinder body of press cylinder 2-5 is mounted on supporting rack 8, is unreeled the telescopic arm of press cylinder 2-5 and is unreeled nip rolls actuating arm 2-6
Hinge mounted；Described to unreel nip rolls one end actuating arm 2-6 and 8 hinge mounted of supporting rack, the other end is cut with scissors with nip rolls 2-3 is unreeled
Tipping is matched, and described to unreel nip rolls 2-3 and unreel driven roller 2-4 be that the quantity of driven roller 2-4 is unreeled for rubber roller is two,
It is arranged in the lower section for unreeling nip rolls 2-3, two unreel driven roller 2-4 and unreeling motor 2-1 and unreeling transmission mechanism 2-2 drives
Dynamic lower operating in the same direction, the motor 2-1 that unreels is servo motor；The electrochemical aluminum rolling device 3 is right with anodized aluminium unwinding device 2
Claim arrangement, setting winding press cylinder 3-5, winding nip rolls actuating arm 3-6, winding nip rolls in electrochemical aluminum rolling device 3
3-3, winding driven roller 3-4, winding motor 3-1 and rolling transmission mechanism 3-2；The winding press cylinder 3-5 is arranged in winding
The cylinder body at the both ends nip rolls 3-3, winding press cylinder 3-5 is mounted on supporting rack 8, the telescopic arm of winding press cylinder 3-5 with
Wind nip rolls actuating arm 3-6 hinge mounteds；Winding nip rolls one end actuating arm 3-6 and 8 hinge mounted of supporting rack, it is another
End and winding nip rolls 3-3 hinge mounteds；The winding nip rolls 3-3 and winding driven roller 3-4 is for rubber roller, winding driving
The quantity of roller 3-4 is two, is arranged in the lower section of winding nip rolls 3-3, two winding driven roller 3-4 in winding motor 3-1 and
The lower operating in the same direction of rolling transmission mechanism 3-2 drivings, the winding motor 3-1 is servo motor.
Referring to Fig. 1, Fig. 2, Fig. 3, the cold wave machine that achievable anodized aluminium cold wave foil described in the utility model is pulled back is covering foil list
Left and right position adjusting apparatus 6 is additionally provided in member, the left and right position adjusting apparatus 6 includes left and right position adjustment motor 6-1, left and right
Position adjusts transmission mechanism 6-2, screw nut driven secondary 6-3, sliding rail 6-5 and sliding block 6-4；The sliding block 6-4 is mounted on support
8 bottom of frame, it is equipped with sliding rail 6-5；The sliding rail 6-5 left and right horizontals arrangement is adjusted in the one end sliding rail 6-5 arrangement left and right position
Motor 6-1, the left and right position adjustment motor 6-1 use servo motor, and adjusting transmission mechanism 6-2 by left and right position drives silk
Thick stick nut transmission 6-3 is operated, and leading screw uses ball screw arrangement in the screw nut driven secondary 6-3, is passed by feed screw nut
The rotary power of left and right position adjustment motor 6-1 is converted to the driving that sliding block 6-4 is moved horizontally along sliding rail 6-5 by dynamic secondary 6-3
Power.When hot stamping pattern area is smaller on stock base material, can make to cover the shifting of foil unit transverse by left and right position adjusting apparatus 6-2
It is dynamic, it realizes the 7 typesetting operation of anodized aluminium cold wave foil, anodized aluminium cold wave foil 7 is made to be fully utilized.
Referring to Fig. 5, Fig. 6, Fig. 7, the cold wave machine that achievable anodized aluminium cold wave foil described in the utility model is pulled back covers foil list
Imprinting apparatus 4 includes the two parts being arranged symmetrically in before and after UV solidification lamp boxes 5 in member, and wherein each section includes coining motor
4-1, coining transmission mechanism 4-2, transmission shaft 4-3, roller platen 4-4 and pressing mechanism 4-5；The coining motor 4-1 is servo electricity
Machine drives transmission shaft 4-3 operatings by imprinting transmission mechanism 4-2, the pressing mechanism 4-5 of both ends arrangement is driven by transmission shaft 4-3
Roller platen 4-4 elevating movements are realized in action, make roller platen 4-4 and spray printing platform 1 coordinate by anodized aluminium cold wave foil 7 except base with
Outer other parts are adhered to 9 surface of stock base material；The roller platen 4-4 is rubber roller；The pressing mechanism 4-5 includes inclined
Heart wheel 4-5-1, swing arm 4-5-2, connecting seat 4-5-3, lifting slider 4-5-4 and riser guide 4-5-5, the eccentric wheel 4-5-1
It is fixedly mounted on transmission shaft 4-3；The swing arm 4-5-2 and eccentric wheel 4-5-1 is equipped, the upper ends swing arm 4-5-2 and connecting seat 4-
5-3 hinge mounteds；The connecting seat 4-5-3 is fixed on the tops lifting slider 4-5-4；The lifting slider 4-5-4 and roller platen
4-4 fixing assemblings, in the both sides lifting slider 4-5-4 setting riser guide 4-5-5；The riser guide 4-5-5 is fixed on support
On frame 8.
Referring to Fig. 8, Fig. 9, the cold wave machine that achievable anodized aluminium cold wave foil described in the utility model is pulled back will be electrochemical aluminium gold-stamped
7 coiled material of foil be placed on anodized aluminium unwinding device 2 two unreel above driven roller 2-4, can pass through anodized aluminium unwinding device 2 and electricity
Change and unreels nip rolls 2-3 in aluminium wrap-up 3, unreels driven roller 2-4, winding nip rolls 3-3 and wind driven roller 3-4 cooperations in fact
The feeding of existing anodized aluminium cold wave foil and action of pulling back.When anodized aluminium cold wave foil feeds operation, driven by winding press cylinder 3-5
Wind nip rolls actuating arm 3-6, the 3-3 actions of winding nip rolls, by wind nip rolls 3-3 in anodized aluminium cold wave foil reel and
Apply pressure between winding driven roller 3-4, in the case where winding driven roller 3-4 drives, anodized aluminium cold wave foil reel rotates clockwise,
Pull electrochemical aluminium gold-stamped foil 7 by 4 working region of imprinting apparatus and UV solidification lamp box irradiation areas, anodized aluminium cold wave foil removes base
Other parts in addition are adhered to 9 surface of stock base material, and anodized aluminium cold wave foil base is coiled on reel (such as Fig. 8 institutes
Show).When anodized aluminium cold wave foil pulls back operation, unreels nip rolls actuating arm 2-6 by unreeling press cylinder 2-5 drivings, unreels pressure
Expect roller 2-3 action, by unreeling nip rolls 2-3 in 7 coiled material of anodized aluminium cold wave foil and unreeling and apply pressure between driven roller 2-4,
In the case where unreeling driven roller 2-4 and driving, 7 coiled material of anodized aluminium cold wave foil rotates counterclockwise, and the part that 7 sky of anodized aluminium cold wave foil is walked is drawn
It returns (as shown in Figure 8).
Referring to Figure 10, the cold wave machine that achievable anodized aluminium cold wave foil described in the utility model is pulled back, pressing mechanism 4-5 works
It is as principle：Under PLC system control, coining motor 4-1 starts, and is driven in pressing mechanism 4-5 by imprinting transmission mechanism 4-2
Eccentric wheel 4-5-1 rotations push swing arm 4-5-2 actions, swing arm 4-5-2 to rotate in the counterclockwise direction same by eccentric wheel 4-5-1
When move down, to drive lifting slider 4-5-4 to be moved down along riser guide 4-5-5 by connecting seat 4-5-3, thus
It completes to act with the compression of the roller platen 4-4 of lifting slider 4-5-4 fixing assemblings.Under above-mentioned pressuring method, tune can be passed through
Section imprints the rotation angle of motor 4-1 to accurately control the size of pressure, ideally to show the fade effect of thermoprint.
Claims (8)
1. a kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back, it includes sprayed printed unit, covers foil unit and UV solidification lamp boxes
(5)；The sprayed printed unit is docked with foil unit is covered, and the stock base material (9) after spray printing UV solidification glues is from sprayed printed unit to covering foil
Unit inputs；The anodized aluminium unwinding device (2) for covering foil unit equipped with supporting rack (8), imprinting apparatus (4) and symmetrical structure,
Electrochemical aluminum rolling device (3)；The UV solidification lamp boxes (5) are arranged in anodized aluminium unwinding device (2) and electrochemical aluminum rolling device (3)
Between；It is characterized in that setting unreels press cylinder (2-5), unreels nip rolls actuating arm in the anodized aluminium unwinding device (2)
(2-6), nip rolls (2-3) is unreeled, driven roller (2-4) is unreeled, motor (2-1) is unreeled and unreels transmission mechanism (2-2)；It is described to put
Volume press cylinder (2-5), which is arranged in, unreels the both ends nip rolls (2-3), and the cylinder body for unreeling press cylinder (2-5) is mounted on supporting rack
(8) it on, unreels the telescopic arm of press cylinder (2-5) and unreels nip rolls actuating arm (2-6) hinge mounted；It is described to unreel nip rolls
Actuating arm one end (2-6) and supporting rack (8) hinge mounted, the other end and unreel nip rolls (2-3) hinge mounted；It is described to unreel drive
Dynamic roller (2-4) quantity is two, is arranged in the lower section for unreeling nip rolls (2-3), two unreel driven roller (2-4) and unreeling motor
(2-1) and unreel the lower operating in the same direction of transmission mechanism (2-2) driving.
2. the cold wave machine that achievable anodized aluminium cold wave foil according to claim 1 is pulled back, characterized in that the anodized aluminium is received
Setting winding press cylinder (3-5), winding nip rolls actuating arm (3-6), winding nip rolls (3-3), winding are driven in winding apparatus (3)
Dynamic roller (3-4), winding motor (3-1) and rolling transmission mechanism (3-2)；The winding press cylinder (3-5) is arranged in winding pressure
Expect that the both ends roller (3-3), the cylinder body of winding press cylinder (3-5) are mounted on supporting rack (8), winding press cylinder (3-5) is stretched
Contracting arm and winding nip rolls actuating arm (3-6) hinge mounted；Winding nip rolls actuating arm one end (3-6) and supporting rack (8)
Hinge mounted, the other end and winding nip rolls (3-3) hinge mounted；Winding driven roller (3-4) quantity is two, is arranged in
The lower section of nip rolls (3-3) is wound, two winding driven rollers (3-4) are driven in winding motor (3-1) and rolling transmission mechanism (3-2)
Dynamic lower operating in the same direction.
3. the cold wave machine that achievable anodized aluminium cold wave foil according to claim 2 is pulled back, characterized in that described to cover foil unit
It is additionally provided with left and right position adjusting apparatus (6), the left and right position adjusting apparatus (6) includes left and right position adjustment motor (6-1), a left side
Right position adjustment transmission mechanism (6-2), screw nut driven secondary (6-3), sliding rail (6-5) and sliding block (6-4)；Sliding block (the 6-
4) it is mounted on supporting rack (8) bottom, it is equipped with sliding rail (6-5)；Sliding rail (6-5) the left and right horizontal arrangement, in sliding rail (6-5) one
End arrangement left and right position adjustment motor (6-1), the left and right position adjustment motor (6-1) adjust transmission mechanism by left and right position
(6-2) drives screw nut driven secondary (6-3) operating, and left and right position is adjusted motor (6-1) by screw nut driven secondary (6-3)
Rotary power be converted to the driving force that sliding block (6-4) is moved horizontally along sliding rail (6-5).
4. the cold wave machine that achievable anodized aluminium cold wave foil according to claim 3 is pulled back, characterized in that the feed screw nut
Leading screw uses ball screw arrangement in transmission (6-3).
5. the cold wave machine that achievable anodized aluminium cold wave foil according to claim 3 or 4 is pulled back, characterized in that the coining
Device (4) includes the two parts being arranged symmetrically in before and after UV solidification lamp boxes (5), and wherein each section includes coining motor (4-
1), coining transmission mechanism (4-2), transmission shaft (4-3), roller platen (4-4) and pressing mechanism (4-5)；The coining motor (4-1)
It drives transmission shaft (4-3) to operate by imprinting transmission mechanism (4-2), the pressing mechanism of both ends arrangement is driven by transmission shaft (4-3)
Roller platen (4-4) elevating movement is realized in (4-5) action, and roller platen (4-4) is made to coordinate anodized aluminium cold wave foil with spray printing platform (1)
(7) other parts in addition to base are adhered to stock base material (9) surface.
6. the cold wave machine that achievable anodized aluminium cold wave foil according to claim 5 is pulled back, characterized in that the pressing mechanism
(4-5) includes eccentric wheel (4-5-1), swing arm (4-5-2), connecting seat (4-5-3), lifting slider (4-5-4) and riser guide (4-
5-5), the eccentric wheel (4-5-1) is fixedly mounted on transmission shaft (4-3)；The swing arm (4-5-2) and eccentric wheel (4-5-1)
It is equipped, the swing arm upper end (4-5-2) and connecting seat (4-5-3) hinge mounted；The connecting seat (4-5-3) is fixed on lifting slider
The top (4-5-4)；The lifting slider (4-5-4) and roller platen (4-4) fixing assembling, set in the both sides lifting slider (4-5-4)
Set riser guide (4-5-5)；The riser guide (4-5-5) is fixed on supporting rack (8).
7. the cold wave machine that achievable anodized aluminium cold wave foil according to claim 6 is pulled back, characterized in that described to unreel binder
Roller (2-3), unreel driven roller (2-4), winding nip rolls (3-3), winding driven roller (3-4) and roller platen (4-4) be all made of glue
Roll structure.
8. the cold wave machine that achievable anodized aluminium cold wave foil according to claim 7 is pulled back, characterized in that described to unreel motor
(2-1), winding motor (3-1), left and right position adjustment motor (6-1), coining motor (4-1) are all made of servo motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721514508.9U CN207643885U (en) | 2017-11-14 | 2017-11-14 | A kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721514508.9U CN207643885U (en) | 2017-11-14 | 2017-11-14 | A kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207643885U true CN207643885U (en) | 2018-07-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721514508.9U Expired - Fee Related CN207643885U (en) | 2017-11-14 | 2017-11-14 | A kind of cold wave machine that achievable anodized aluminium cold wave foil is pulled back |
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| Country | Link |
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| CN (1) | CN207643885U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107914460A (en) * | 2017-11-14 | 2018-04-17 | 玉田县信德诚印刷机械有限公司 | A kind of cold foil printing equipment |
| CN109703184A (en) * | 2019-01-25 | 2019-05-03 | 浙江正辉彩印包装有限公司 | A kind of environment protection card paper cold wave apparatus |
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2017
- 2017-11-14 CN CN201721514508.9U patent/CN207643885U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107914460A (en) * | 2017-11-14 | 2018-04-17 | 玉田县信德诚印刷机械有限公司 | A kind of cold foil printing equipment |
| CN109703184A (en) * | 2019-01-25 | 2019-05-03 | 浙江正辉彩印包装有限公司 | A kind of environment protection card paper cold wave apparatus |
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