CN102848719B - Once forming mechanism of multiple gold stamping processes - Google Patents
Once forming mechanism of multiple gold stamping processes Download PDFInfo
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- CN102848719B CN102848719B CN201210359595.0A CN201210359595A CN102848719B CN 102848719 B CN102848719 B CN 102848719B CN 201210359595 A CN201210359595 A CN 201210359595A CN 102848719 B CN102848719 B CN 102848719B
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Abstract
A once forming mechanism of multiple gold stamping processes comprises an alumite unwinding system, a gold stamping plate roller, an embossing roller and an alumite recovery system. Each automatic tension adjusting alumite unwinding roller is provided with a positioning gold stamping alumite unwinding roller, a uniform step/ hop step gold stamping alumite unwinding roller and a continuous gold stamping alumite unwinding roller which are respectively independent. A continuous gold stamping tape, a uniform step/ hop step gold stamping tape and a positioning gold stamping tape are respectively recovered by the three automatic tension adjusting alumite unwinding rollers. The gold stamping plate roller is respectively correspondingly provided with a continuous gold stamping plate, a uniform step/ hop step gold stamping plate and a positioning gold stamping plate in the axial direction. The once forming mechanism integrates multiple gold stamping processes such as continuous gold stamping, uniform step/ hop step gold stamping and positioning gold stamping, finishes the multiple gold stamping processes in one time, saves printing places, reduces device volume, greatly improves production efficiency, and reduces device cost.
Description
Technical field
The present invention relates to printing machinery, be specifically that a kind of integrated continuous gold stamping, even step/leapfrog are gold stamping, the multiple gilding technology one-shot forming mechanism of positioning bronzing.
Background technology
As very important surface finish processing technology in packages printing flow process, exactly because the feature that hot stamping process technical difficulty is large, quality requirement is high just makes it have and can improve the added value of print product and the double action of efficient anti-forging.In common packages printing, all there is the situation that needs many places gilding technology on a packed surface, there is also having the suitable frequency in the situation that particularly position of gold stamping pattern, shape and property difference are larger, if gold stamping mode and anodized aluminium feeding parameter are chosen improper, thermoprint precision just has deviation, under high speed thermoprint state, the stability of thermoprint precision is bad, and the utilization rate of anodized aluminium is not high yet.Current situation is exactly the pattern for diverse location or shape with streamline form, carry out successively gold stamping operation, shortcoming be equipment cost high, account for that place is large, length expends time in, because streamline draws very longly, centre does not allow to occur any fault, thereby traditional gold stamping mode is unfavorable for the reduction of quality fault rate.
Summary of the invention
Technical problem to be solved by this invention be solve above not enough, provide a kind of can integrated continuous gold stamping, the one-time formed mechanism of multiple gilding technology such as gold stamping, the positioning bronzing of even step/leapfrog.
Described multiple gilding technology one-shot forming mechanism, comprise that anodized aluminium unreels system, gold stamping roller, roller platen, anodized aluminium recovery system, it is characterized in that: described anodized aluminium unreels system and comprises that automatic tension regulates anodized aluminium let off roll and unreels buffering and tension force tightening device, and described anodized aluminium recovery system comprises that rolling buffering and tension force tightening device and automatic tension regulate electrochemical aluminum rolling roller, described automatic tension regulates anodized aluminium let off roll to have respectively separately independently continuous gold stamping anodized aluminium let off roll, even step/leapfrog hot stamping foil let off roll and positioning bronzing anodized aluminium let off roll, supply respectively continuous gold stamping band, the gold stamping band of even step/leapfrog and positioning bronzing band, described gold stamping roller axially respectively correspondence be provided with continuous gold stamping, the gold stamping version of gold stamping and three classes positioning bronzing of even step/leapfrog, described continuous gold stamping band is through guide roller, and the gold stamping band of even step/leapfrog, positioning bronzing band cushions and tension force tightening device through unreeling separately, be sent to respectively gold stamping version position separately, after gold stamping impression program completes, continuous gold stamping band is through guide roller, and the gold stamping band of even step/leapfrog, positioning bronzing band be through rolling buffering and tension force tightening device separately, respectively by three independently automatic tension regulate electrochemical aluminum rolling roller to reclaim.
The gold stamping band of described even step/leapfrog process unreel buffering and tension force tightening device is, through the gold stamping drive roll, even step/leapfrog of unreeling of even step/leapfrog, move and tighten up the gold stamping version of the even step/leapfrog part that sends gold stamping roller after roller, guide roller, the gold stamping drive roll of even step/leapfrog to successively.
Described even step/leapfrog is moved and is tightened up roller by the effect of spring or absorption device, is subject to away from the gold stamping active force that unreels drive roll direction of even step/leapfrog, is subject to the tension force effect of the gold stamping band of even step/leapfrog in the other direction, makes to come and go rectilinear motion.
Described positioning bronzing band unreel buffering and tension force tightening device is, successively through positioning bronzing unreel drive roll, location is mobile tightens up after roller, guide roller, positioning bronzing drive roll, sends gold stamping roller positioning bronzing version part to.
The movement of described location is tightened up roller by the effect of spring or absorption device, is subject to unreel away from positioning bronzing the active force of drive roll direction, is subject to the tension force effect of positioning bronzing band in the other direction, makes to come and go rectilinear motion.
Described automatic tension regulates electrochemical aluminum rolling roller to comprise separately independently positioning bronzing electrochemical aluminum rolling roller, even step/leapfrog hot stamping foil wind-up roll, continuous gold stamping electrochemical aluminum rolling roller, reclaims respectively positioning bronzing band, the gold stamping band of even step/leapfrog, the continuous gold stamping band after using.
Rolling buffering and the tension force tightening device of described positioning bronzing band are, through positioning bronzing mobile cushioning roller, guide roller, to send positioning bronzing electrochemical aluminum rolling roller to.
Rolling buffering and the tension force tightening device of the gold stamping band of described even step/leapfrog are, through the gold stamping mobile cushioning roller of even step/leapfrog, guide roller, to send even step/leapfrog hot stamping foil wind-up roll to.
Described automatic tension regulates the concrete technical scheme of anodized aluminium let off roll to refer to the hot stamping foil film let off roll frame > > that the patent No. is a < < self-regulating tension of ZL201120461421.6, and described automatic tension regulates the concrete technical scheme of electrochemical aluminum rolling roller to refer to the hot stamping foil film wind-up roll frame > > that the patent No. is a < < self-regulating tension of ZL201120461434.3.
The integrated continuous gold stamping of the present invention, even step/leapfrog are gold stamping, the multiple gilding technology of positioning bronzing once completes, and save printing place and equipment volume, have greatly improved production efficiency, have also reduced equipment cost.
Accompanying drawing explanation
Fig. 1 is that structure of the present invention forms and working state schematic representation.
In figure: 1-positioning bronzing band, the gold stamping band of 2-even step/leapfrog, 3-continuous gold stamping band, 4-even step/leapfrog is moved and is tightened up roller, the gold stamping drive roll of 5-even step/leapfrog, 6-positioning bronzing drive roll, the mobile roller that tightens up in 7-location, 8-alignment sensor, 9-gold stamping roller, 10-positioning bronzing anodized aluminium let off roll, 11-even step/leapfrog hot stamping foil let off roll, 12-continuous gold stamping anodized aluminium let off roll, the gold stamping drive roll that unreels of 13-even step/leapfrog, 14-positioning bronzing unreels drive roll, 15-even step/leapfrog hot stamping foil wind-up roll, 16-continuous gold stamping electrochemical aluminum rolling roller, 17-positioning bronzing mobile cushioning roller, the gold stamping mobile cushioning roller of 18-even step/leapfrog, 19-positioning bronzing electrochemical aluminum rolling roller, 20-automatic tension regulates anodized aluminium let off roll, 21-unreel and cushion and tension force tightening device, 22-roller platen, 23-automatic tension regulates electrochemical aluminum rolling roller, 24-guide roller, 25-rolling buffering and tension force tightening device.
The specific embodiment
Below in conjunction with accompanying drawing, the present invention is further described: as shown in fig. 1, described multiple gilding technology one-shot forming mechanism, comprise that anodized aluminium unreels system, gold stamping roller 9, roller platen 22, anodized aluminium recovery system, described anodized aluminium unreels system and comprises that automatic tension regulates anodized aluminium let off roll 20 and unreels buffering and tension force tightening device 21, and described anodized aluminium recovery system comprises that rolling buffering and tension force tightening device 25 and automatic tension regulate electrochemical aluminum rolling roller 23, described automatic tension regulates anodized aluminium let off roll 20 to have respectively separately independently continuous gold stamping anodized aluminium let off roll 12, even step/leapfrog hot stamping foil let off roll 11 and positioning bronzing anodized aluminium let off roll 10, supply respectively continuous gold stamping band 3, even step/leapfrog is gold stamping is with 2 and positioning bronzing band 1, described gold stamping roller 9 axially respectively correspondence be provided with continuous gold stamping, the gold stamping version of gold stamping and three classes positioning bronzing of even step/leapfrog, described continuous gold stamping band 3 is through guide roller 24, even step/leapfrog is gold stamping is with 2, positioning bronzing band 1 cushions and tension force tightening device 21 through unreeling separately, be sent to respectively gold stamping version position separately, after gold stamping impression program completes, continuous gold stamping band 3 is through guide rollers 24, even step/leapfrog gold stamping with 2, positioning bronzing band 1 is through rolling buffering and tension force tightening device 25 separately, respectively by three independently automatic tension regulate electrochemical aluminum rolling roller 23 to reclaim.
Three kinds of gold stamping modes are moved simultaneously, and route is different, and three kinds of gold stamping modes are independent of each other.This structure has been saved equipment volume and place, has relatively reduced cost, has improved efficiency.
Described even step/leapfrog gold stamping with 2 processes unreel buffering and tension force tightening device 21 is, through the gold stamping drive roll 13, even step/leapfrog of unreeling of even step/leapfrog, move and tighten up the gold stamping version of the even step/leapfrog part that sends gold stamping roller 9 after roller 4, guide roller 24, the gold stamping drive roll 5 of even step/leapfrog to successively.
Described even step/leapfrog is moved and is tightened up roller 4 by the effect of spring or absorption device, is subject to away from the gold stamping active force that unreels drive roll 13 directions of even step/leapfrog, is subject to even step/leapfrog gold stamping with 2 tension force effect in the other direction, makes to come and go rectilinear motion.
Described positioning bronzing band 1 unreel buffering and tension force tightening device 21 is, successively through positioning bronzing unreel drive roll 14, location is mobile tightens up after roller 7, guide roller 24, positioning bronzing drive roll 6, sends gold stamping roller 9 positioning bronzing version parts to.
The movement of described location is tightened up roller 7 by the effect of spring, magnet or absorption device, is subject to unreel away from positioning bronzing the active force of drive roll 14 directions, is subject to the tension force effect of positioning bronzing band 1 in the other direction, makes to come and go rectilinear motion.
At it, away from gold stamping drive roll 13 1 sides that unreel of even step/leapfrog, be provided with extension spring or other active force generation device, as acting devices such as magnetic-adsorptions.When the gold stamping drive roll 5 of even step/leapfrog is pulled back anodized aluminium, the gold stamping drive roll 13 that unreels of even step/leapfrog quits work, even step/leapfrog is moved and is tightened up roller 4 under the device active forces such as extension spring drive, toward moving away from the gold stamping direction that unreels drive roll 13 1 sides of even step/leapfrog, make its effect that has tension and store the anodized aluminium of pulling back, not only can keep the straight of electrochemical aluminium strip but also can make anodized aluminium band be retracted or strain; After the gold stamping action of even step/leapfrog starts, even step/leapfrog is moved and is tightened up roller 4 under the drive of anodized aluminium film tensile force of belt, toward moving near the gold stamping direction that unreels drive roll 13 1 sides of even step/leapfrog, when moving to one when spacing, touch limit switch, even step/leapfrog is moved and is tightened up roller 4 and stop mobilely, and the gold stamping drive roll 13 that unreels of even step/leapfrog starts to continue supply anodized aluminium.
Described even step/leapfrog is moved and is tightened up roller 4 and can, according to the instruction of operating console, select the gold stamping working method of even step or leapfrog.
Roller 7 is tightened up in the movement of described location to be had with even step/leapfrog and moves and tighten up roller 4 and have same structure and effect.
Described automatic tension regulates the concrete technical scheme of anodized aluminium let off roll 20 to refer to the hot stamping foil film let off roll frame > > that the patent No. is a < < self-regulating tension of ZL201120461421.6, and described automatic tension regulates the concrete technical scheme of electrochemical aluminum rolling roller 23 to refer to the hot stamping foil film wind-up roll frame > > that the patent No. is a < < self-regulating tension of ZL201120461434.3.
Described automatic tension regulates electrochemical aluminum rolling roller 23 to comprise separately independently positioning bronzing electrochemical aluminum rolling roller 19, even step/leapfrog hot stamping foil wind-up roll 15, continuous gold stamping electrochemical aluminum rolling roller 16, reclaims respectively that positioning bronzing band 1, even step/leapfrog after using is gold stampingly with 2, continuous gold stamping band 3.
Rolling buffering and the tension force tightening device 25 of described positioning bronzing band 1 are, through positioning bronzing mobile cushioning roller 17, guide roller, to send positioning bronzing electrochemical aluminum rolling roller 19 to.
Gold stamping rolling buffering and the tension force tightening device 25 with 2 of described even step/leapfrog is, through the gold stamping mobile cushioning roller 18 of even step/leapfrog, guide roller, to send even step/leapfrog hot stamping foil wind-up roll 15 to.
The effect of described positioning bronzing mobile cushioning roller 17 and the gold stamping mobile cushioning roller 18 of even step/leapfrog and aforesaid even step/leapfrog are moved and are tightened up roller 4 and have similar structure and effect.
Claims (8)
1. one kind of multiple gilding technology one-shot forming mechanisms, comprise that anodized aluminium unreels system, gold stamping roller (9), roller platen (22), anodized aluminium recovery system, it is characterized in that: described anodized aluminium unreels system and comprises that automatic tension regulates anodized aluminium let off roll (20) and unreels buffering and tension force tightening device (21), and described anodized aluminium recovery system comprises that rolling buffering and tension force tightening device (25) and automatic tension regulate electrochemical aluminum rolling roller (23), described automatic tension regulates anodized aluminium let off roll (20) to have respectively separately independently continuous gold stamping anodized aluminium let off roll (12), even step/leapfrog hot stamping foil let off roll (11) and positioning bronzing anodized aluminium let off roll (10), supply respectively continuous gold stamping band (3), the gold stamping band of even step/leapfrog (2) and positioning bronzing band (1), described gold stamping roller (9) axially respectively correspondence be provided with continuous gold stamping, the gold stamping version of gold stamping and three classes positioning bronzing of even step/leapfrog, described continuous gold stamping band (3) is through guide roller (24), and the gold stamping band of even step/leapfrog (2), positioning bronzing band (1) cushions and tension force tightening device (21) through unreeling separately, be sent to respectively gold stamping version position separately, after gold stamping impression program completes, continuous gold stamping band (3) is through guide roller (24), and the gold stamping band of even step/leapfrog (2), positioning bronzing band (1) be through rolling buffering and tension force tightening device (25) separately, respectively by three independently automatic tension regulate electrochemical aluminum rolling roller (23) to reclaim.
2. multiple gilding technology one-shot forming according to claim 1 mechanism, it is characterized in that: the gold stamping band of described even step/leapfrog (2) process unreel buffering and tension force tightening device (21) is, through the gold stamping drive roll (13), even step/leapfrog of unreeling of even step/leapfrog, move and tighten up the gold stamping edition part of even step/leapfrog that sends gold stamping roller (9) after roller (4), guide roller (24), the gold stamping drive roll of even step/leapfrog (5) to successively.
3. multiple gilding technology one-shot forming according to claim 2 mechanism, it is characterized in that: described even step/leapfrog is moved and tightened up roller (4) by the effect of spring or absorption device, be subject to away from the gold stamping active force that unreels drive roll (13) direction of even step/leapfrog, be subject to the tension force effect of the gold stamping band of even step/leapfrog (2) in the other direction, make to come and go rectilinear motion.
4. multiple gilding technology one-shot forming according to claim 1 mechanism, it is characterized in that: described positioning bronzing band (1) unreel buffering and tension force tightening device (21) be, through positioning bronzing, unreel drive roll (14), locate mobile tightening up after roller (7), guide roller (24), positioning bronzing drive roll (6) successively, send gold stamping roller (9) positioning bronzing version part to.
5. multiple gilding technology one-shot forming according to claim 4 mechanism, it is characterized in that: the movement of described location is tightened up roller (7) by the effect of spring or absorption device, be subject to unreel away from positioning bronzing the active force of drive roll (14) direction, be subject to the tension force effect of positioning bronzing band (1) in the other direction, make to come and go rectilinear motion.
6. multiple gilding technology one-shot forming according to claim 1 mechanism, it is characterized in that: described automatic tension regulates electrochemical aluminum rolling roller (23) to comprise separately independently positioning bronzing electrochemical aluminum rolling roller (19), even step/leapfrog hot stamping foil wind-up roll (15), continuous gold stamping electrochemical aluminum rolling roller (16), reclaim respectively positioning bronzing band (1), the gold stamping band of even step/leapfrog (2), the continuous gold stamping band (3) after using.
7. multiple gilding technology one-shot forming according to claim 6 mechanism, it is characterized in that: the rolling buffering of described positioning bronzing band (1) and tension force tightening device (25) are, through positioning bronzing mobile cushioning roller (17), guide roller, send positioning bronzing electrochemical aluminum rolling roller (19) to.
8. multiple gilding technology one-shot forming according to claim 6 mechanism, it is characterized in that: the rolling buffering of the gold stamping band of described even step/leapfrog (2) and tension force tightening device (25) are, through the gold stamping mobile cushioning roller of even step/leapfrog (18), guide roller, send even step/leapfrog hot stamping foil wind-up roll (15) to.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210359595.0A CN102848719B (en) | 2012-09-24 | 2012-09-24 | Once forming mechanism of multiple gold stamping processes |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210359595.0A CN102848719B (en) | 2012-09-24 | 2012-09-24 | Once forming mechanism of multiple gold stamping processes |
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| CN102848719A CN102848719A (en) | 2013-01-02 |
| CN102848719B true CN102848719B (en) | 2014-08-06 |
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Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| UA94423C2 (en) * | 2005-08-31 | 2011-05-10 | Мадаг Принтинг Системз Аг | Method and device for hot-stamping |
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Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20070038686A (en) * | 2005-10-06 | 2007-04-11 | 송병준 | Foil stamping machine |
| CN201483885U (en) * | 2009-06-19 | 2010-05-26 | 深圳市科彩印务有限公司 | Electrified aluminium foil circulating hot stamping device |
| CN201516726U (en) * | 2009-10-15 | 2010-06-30 | 温州市博大机械有限公司 | Multi-station gold stamping machine |
| CN202208183U (en) * | 2011-09-07 | 2012-05-02 | 云南省玉溪市科技彩印有限公司 | Electrical aluminum deploying and retracting synchronization integrated device of integrated plane stamping press |
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