CN202764388U - High efficient one-time-shaped mechanism for various gold blocking techniques - Google Patents
High efficient one-time-shaped mechanism for various gold blocking techniques Download PDFInfo
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- CN202764388U CN202764388U CN 201220491484 CN201220491484U CN202764388U CN 202764388 U CN202764388 U CN 202764388U CN 201220491484 CN201220491484 CN 201220491484 CN 201220491484 U CN201220491484 U CN 201220491484U CN 202764388 U CN202764388 U CN 202764388U
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Abstract
The utility model provides high efficient one-time-shaped mechanism for various gold blocking techniques. An electrochemical aluminum membrane buffering and unreeling system (29) of the high efficient one-time-shaped mechanism for various gold blocking techniques comprises an independent positioning gold blocking, a leapfrogging or an even step gold blocking, three automatic tension adjusting electrochemical aluminum membrane unreeling roller (20) on which a continuous gold blocking is placed and a subsequent unreeling, buffering and tension tightening device (21). A high efficient gold blocking and coining device (28) comprises a coining roller (22), several bars of energy-saving gold blocking printing block rollers (9) which are matched with the coining roller and an ultrasonic trace humidifying device (26) which is arranged at a paper-out end. A positioning gold blocking printing block, a leapfrogging or an even step gold blocking printing block and a continuous gold blocking printing block are arranged corresponding to the unreeling system on the outer ring of each bar of the energy-saving gold blocking printing block rollers (9) in the axial direction. The high efficient one-time-shaped mechanism for various gold blocking techniques integrates the leapfrogging gold blocking, the positioning gold blocking and the continuous gold blocking to complete at one time and has the advantages of saving the printing area and the equipment volume, improving the production efficiency greatly and reducing the equipment cost, and meanwhile the high efficient one-time-shaped mechanism for various gold blocking techniques integrates the energy-saving technology and the humidifying function of the gold blocking printing block rollers and improves the gold blocking and coining system.
Description
Technical field
The present invention relates to printing machinery, be specifically that a kind of integrated leapfrog is gold stamping, positioning bronzing, continuous gold stamping and the efficient one-shot forming of the multiple gilding technology mechanism of integrated many bronzing rollers on the same roller of undertaking the printing of.
Background technology
All there is the situation that needs multiple gilding technology on the packed surface in the common packages printing, present situation is carried out printing operation successively with the streamline form exactly, shortcoming be equipment cost high, account for that the place is large, length expends time in, because streamline draws very longly, the centre does not allow any fault to occur, thereby traditional mode of printing is unfavorable for the reduction of 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 leapfrog is gold stamping, the one-time formed mechanisms of multiple gilding technology such as positioning bronzing, continuous gold stamping.
The efficient one-shot forming of described multiple gilding technology mechanism is characterized in that: comprise successively that by producing order anodized aluminium film buffering unreels system, efficient gold stamping imprinting apparatus and anodized aluminium film buffering winding system; Described anodized aluminium film cushions the system that unreels and comprises that independently positioning bronzing, leapfrog/even step three automatic tensions adjusting anodized aluminium film let off roll and follow-up unreeling of each automatic tension adjusting anodized aluminium film let off roll gold stamping, the continuous gold stamping place cushion and the tension force tightening device; Many energy-conservation gold stamping rollers that described efficient gold stamping imprinting apparatus comprises that roller platen, this roller platen dispose and the set ultrasonic wave trace damping device of paper delivery end, the outer ring of the described energy-conservation gold stamping roller of each root is axially arranged with positioning bronzing version, leapfrog/gold stamping version of even step, the continuous gold stamping version that correspondence unreels system; Described anodized aluminium film buffering winding system comprise the rolling buffering of corresponding three kinds of anodized aluminium films and tension force tightening device and this tightening device end three independently automatic tension regulate anodized aluminium film wind-up roll.
Described three tension adjustment anodized aluminium film let off roll are respectively positioning bronzing anodized aluminium film let off roll, leapfrog/even step hot stamping foil film let off roll and continuous gold stamping anodized aluminium film let off roll, unreel respectively positioning bronzing band, leapfrog/even gold stamping band of step and continuous gold stamping band, positioning bronzing band and leapfrog/even gold stamping band of step enter separately unreel buffering and tension force tightening device, the continuous gold stamping band is sent into efficient gold stamping imprinting apparatus at last through guide roller.
Described leapfrog/even gold stamping band of step process unreel buffering and the tension force tightening device is, tighten up the leapfrog that sends energy-conservation gold stamping roller behind roller, guide roller, the leapfrog/even gold stamping drive roll of step to/gold stamping version part of even step through the gold stamping drive roll, leapfrog/even moved further buffering of unreeling of leapfrog/even step successively.
Described leapfrog/even moved further cushions tightens up roller by the effect of spring, magnet or absorption device, is subjected to away from leapfrog/even gold stamping active force that unreels the drive roll direction of step, and opposite direction is subjected to, the tension force effect of leapfrog/even gold stamping band of step, makes to come and go rectilinear motion.
As a kind of embodiment, the energy-conservation gold stamping roller of described efficient gold stamping imprinting apparatus is provided with the adjustment roller of adjusting the anodized aluminium stroke above adjacent two energy-conservation gold stamping rollers, and every bronzing roller is provided with supporting interlock control impression thrust unit.
As another kind of embodiment, the energy-conservation gold stamping roller of described efficient gold stamping imprinting apparatus, each root bronzing roller has a cover anodized aluminium film buffering that is positioned at its entrance side to unreel a cover anodized aluminium film buffering winding system of system and outlet side; Every gold stamping roller is provided with the impression thrust unit of supporting independent control.
Described energy-conservation gold stamping roller is comprised of roller core, zone of heating, heat-conducting layer and fixed bed from inside to outside successively; The corresponding gold stamping version of described zone of heating position is provided with electric heating structure, described heat-conducting layer arranges thermal conductive zone and thermal insulation areas, and described thermal conductive zone is positioned at the lower floor position of gold stamping version, is thermal insulation areas outside the thermal conductive zone of heat-conducting layer, be provided with regularly arranged fixing hole at described fixed bed, be used for fixing gold stamping version.
Described rolling buffering and tension force tightening device comprise the rolling buffering of positioning bronzing band and rolling buffering and the tension force tightening device of tension force tightening device and leapfrog/even gold stamping band of step.
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 described leapfrog/even gold stamping band of step are through leapfrog/even gold stamping mobile cushioning roller of step, guide roller, to send leapfrog/even step hot stamping foil wind-up roll to.
Described automatic tension is regulated anodized aluminium film wind-up roll and is comprised separately independently positioning bronzing electrochemical aluminum rolling roller, leapfrog/leapfrog hot stamping foil wind-up roll, continuous gold stamping electrochemical aluminum rolling roller, reclaims respectively positioning bronzing band, leapfrog/even gold stamping band of step, continuous gold stamping band after using.
The concrete technical scheme that described automatic tension is regulated the anodized aluminium let off roll sees " a kind of hot stamping foil film let off roll frame of self-regulating tension " that the patent No. is ZL201120461421.6 for details, and the concrete technical scheme that described automatic tension is regulated the electrochemical aluminum rolling roller sees " a kind of hot stamping foil film wind-up roll frame of self-regulating tension " that the patent No. is ZL201120461434.3 for details.
The integrated leapfrog of the present invention is gold stamping, positioning bronzing, the multiple gilding technology of continuous gold stamping are once finished, and can in the once gold stamping process of same anodized aluminium film band, finish repeatedly different types of thermoprint, significantly save printing place and equipment volume, significantly improved production efficiency, also reduced equipment cost, simultaneously the present invention is integrated gold stamping roller power-saving technology and humidification function, perfect gold stamping impression system.
Description of drawings
Fig. 1 is that the embodiment of the invention one structure forms and working state schematic representation,
Fig. 2 is that the embodiment of the invention two structures form and working state schematic representation,
Fig. 3 is the gold stamping roller cross section structure of the present invention schematic diagram,
Fig. 4 is the gold stamping space of a whole page part-structure of the present invention schematic diagram.
Among the figure: 1-positioning bronzing band, 2-leapfrog/even gold stamping band of step, 3-continuous gold stamping band, 4-leapfrog/even moved further buffering is tightened up roller, 5-leapfrog/even gold stamping drive roll of step, 6-positioning bronzing drive roll, 7-location mobile cushioning tightens up roller, 8-alignment sensor, 9-energy-conservation gold stamping roller, 10-positioning bronzing anodized aluminium film let off roll, 11-leapfrog/even step hot stamping foil film let off roll, 12-continuous gold stamping anodized aluminium film let off roll, the 13-leapfrog/even gold stamping drive roll that unreels of step, 14-positioning bronzing unreels drive roll, 15-leapfrog/even step hot stamping foil film wind-up roll, 16-continuous gold stamping anodized aluminium film wind-up roll, 17-positioning bronzing mobile cushioning roller, 18-leapfrog/even gold stamping mobile cushioning roller of step, 19-positioning bronzing anodized aluminium film wind-up roll, 20-automatic tension are regulated anodized aluminium film let off roll, 21-unreel and cushion and the tension force tightening device, 22-roller platen, 23-automatic tension is regulated anodized aluminium film wind-up roll, 24-guide roller, 25-rolling buffering and tension force tightening device, 26-ultrasonic wave trace damping device, 27-adjust roller, 28-efficient gold stamping imprinting apparatus, 29-anodized aluminium film buffering unreels system, 30-roller core, 31-zone of heating, 32-heat-conducting layer, 33-fixed bed, 34-gold stamping version, 35-fixing hole, 36-electric heating structure, 37-thermal conductive zone, 38-thermal insulation areas, 39-anodized aluminium film buffering winding system.
The specific embodiment
The present invention is further described below in conjunction with accompanying drawing: as shown in Fig. 1,2, the efficient one-shot forming of described multiple gilding technology mechanism comprises successively that by producing order anodized aluminium film buffering unreels system 29, efficient gold stamping imprinting apparatus 28 and anodized aluminium film buffering winding system 39; Described anodized aluminium film buffering unreel system 29 comprise independently positioning bronzing, leapfrog/even step three automatic tensions gold stamping, the continuous gold stamping place regulate anodized aluminium film let off roll 20 and each automatic tension regulate anodized aluminium film let off roll 20 follow-up unreel buffering and tension force tightening device 21; Many energy-conservation gold stamping rollers 9 that described efficient gold stamping imprinting apparatus 28 comprises that roller platen 22, this roller platen 22 dispose and the set ultrasonic wave trace damping device 26 of paper delivery end, the outer ring of the described energy-conservation gold stamping roller 9 of each root is axially arranged with positioning bronzing version, leapfrog/gold stamping version of even step, the continuous gold stamping version that correspondence unreels system; Described anodized aluminium film buffering winding system 39 comprise the rolling buffering of corresponding three kinds of anodized aluminium films and tension force tightening device 25 and this tightening device end three independently automatic tension regulate anodized aluminium film wind-up roll 23.
Described three tension adjustment anodized aluminium film let off roll 20 are respectively positioning bronzing anodized aluminium film let off roll 10, leapfrog/even step hot stamping foil film let off roll 11 and continuous gold stamping anodized aluminium film let off roll 12, unreeling respectively positioning bronzing band 1, leapfrog/even step gold stampingly is with 2 and continuous gold stamping band 3, positioning bronzing band 1 and leapfrog/even step gold stamping with 2 enter separately unreel buffering and tension force tightening device 21, continuous gold stamping band 3 is sent into efficient gold stamping imprinting apparatus 28 at last through guide roller 24.
Three kinds of gold stamping modes are moved simultaneously, and the route part is different, and ripe control flow is still used in the control of each bar gilding technology, so that three kinds of gold stamping modes are independent of each other.This structure has been saved equipment volume and place, relative reduce cost, improved efficient.
Described leapfrog/even step gold stamping with 2 processes unreel buffering and tension force tightening device 21 is, tighten up the leapfrog that sends energy-conservation gold stamping roller 9 behind roller 4, guide roller 24, the leapfrog/even gold stamping drive roll 5 of step to/gold stamping version part of even step through the gold stamping drive roll 13, leapfrog/even moved further buffering of unreeling of leapfrog/even step successively.
Described leapfrog/even moved further buffering is tightened up roller 4 by the effect of spring, magnet or absorption device, is subjected to away from leapfrog/even gold stamping active force that unreels drive roll 13 directions of step, is subjected in the other direction, leapfrog/even step is gold stamping with 2 tension force effect, 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, the location is mobile tighten up roller 7, guide roller 24, positioning bronzing drive roll 6 after, send energy-conservation 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 subjected to unreel away from positioning bronzing the active force of drive roll 14 directions, is subjected to the tension force effect of positioning bronzing band 1 in the other direction, makes to come and go rectilinear motion.
Be provided with extension spring or other active force generation device at it away from leapfrog/even gold stamping drive roll 13 1 sides that unreel of step, such as acting devices such as magnetic-adsorptions.In leapfrog/when the even step, gold stamping drive roll 5 was pulled back anodized aluminium, leapfrog/even gold stamping drive roll 13 that unreels of step quits work, leapfrog/even moved further is tightened up roller 4 under the device active forces such as extension spring drive, toward moving away from leapfrog/even gold stamping direction that unreels drive roll 13 1 sides of step, make its effect that tension is arranged and store the anodized aluminium of pulling back, not only can keep the straight of electrochemical aluminium strip but also can make the anodized aluminium band be retracted or strain; After leapfrog/even gold stamping action of step begins, leapfrog/even moved further is tightened up roller 4 under the drive of anodized aluminium film tensile force of belt, toward moving near leapfrog/even gold stamping direction that unreels drive roll 13 1 sides of step, when moving to one when spacing, touch limit switch, leapfrog/even moved further is tightened up roller 4 and is stopped to move, and leapfrog/even step, the gold stamping drive roll 13 that unreels began to continue the supply anodized aluminium.
Described leapfrog/even moved further is tightened up roller 4 can according to the instruction of operating console, select even step or the gold stamping working method of leapfrog.
The concrete technical scheme that described automatic tension is regulated anodized aluminium let off roll 20 sees " a kind of hot stamping foil film let off roll frame of self-regulating tension " that the patent No. is ZL201120461421.6 for details, and the concrete technical scheme that described automatic tension is regulated electrochemical aluminum rolling roller 23 sees " a kind of hot stamping foil film wind-up roll frame of self-regulating tension " that the patent No. is ZL201120461434.3 for details.
Such as Fig. 1, as a kind of embodiment, the energy-conservation gold stamping roller 9 of described efficient gold stamping imprinting apparatus 28 is provided with the adjustment roller 27 of adjusting the anodized aluminium stroke above adjacent two energy-conservation gold stamping rollers 9, and every bronzing roller is provided with supporting interlock control impression thrust unit.
Such as Fig. 2, as another kind of embodiment, the energy-conservation gold stamping roller 9 of described efficient gold stamping imprinting apparatus 28, each root bronzing roller has a cover anodized aluminium film buffering that is positioned at its entrance side to unreel a cover anodized aluminium film buffering winding system 39 of system 29 and outlet side; Every gold stamping roller is provided with the impression thrust unit of supporting independent control.
As a kind of embodiment, the impression thrust unit that install each root bronzing roller both sides is cylinder or hydraulic cylinder.
As another kind of embodiment, the impression thrust unit that install each root bronzing roller both sides is the torque motor of supporting adjusting screw mandrel, can realize between bronzing roller and the roller platen from, combined pressure and pressure between the two is whole adjusts and one-sided adjustment.
Described torque motor is regulated contraposition alignment and the running speed of gold stamping version with driven by servomotor control device independently.
Described positioning bronzing band 1 after process location mobile cushioning tightens up roller 7, sends energy-conservation gold stamping roller 9 positioning bronzing version parts by positioning bronzing drive roll 6 to through alignment sensor 8.
Can implement a kind of different electrochemical aluminium thermoprinting by each root bronzing roller, break through the bottleneck of single bronzing roller, significantly improve gold stamping efficient and reduce floor space, reduction cost, improve gold stamping chromatography precision; Also can adopt two (many) bronzing rollers to implement same electrochemical aluminium thermoprinting, be conducive to take full advantage of the vacant area that scalds on the anodized aluminium, effectively promote the anodized aluminium service efficiency.
Shown in Fig. 3,4, described energy-conservation gold stamping roller 9 is comprised of roller core 30, zone of heating 31, heat-conducting layer 32 and fixed bed 33 from inside to outside successively; Described zone of heating 31 corresponding gold stamping versions 34 positions are provided with electric heating structure 36, described heat-conducting layer 32 arranges thermal conductive zone 37 and thermal insulation areas 38, described thermal conductive zone 37 is positioned at the lower floor position of gold stamping version 34, outside the thermal conductive zone 37 of heat-conducting layer, it is thermal insulation areas 38, be provided with regularly arranged fixing hole 35 at described fixed bed 33, be used for fixing gold stamping version.
Establish a plurality of gold stamping rollers on the same roller platen 22, in the situation of area and auxiliary device that saves space to greatest extent, break through the restriction that the gold stamping flowing water of former blocking arranges, significantly improve gold stamping efficient, and can break through the gold stamping restriction of leapfrog, save to greatest extent the anodized aluminium membrane material.And in a thermoprint process, realize twice gold stamping effect.For example, thermoprint is across two horizontal lines of gold stamping version when once gold stamping, the peak use rate of prior art is the distance next pattern of thermoprint and then that strides across a gold stamping version, and the present invention can be when another pattern area intersects with it interference, adjust the position of roller 27, the vacant anodized aluminium membrane material that utilizes previous gold stamping edition centre not utilize, finish twice or the repeatedly thermoprint of dissimilar patterns at same anodized aluminium film band in the process of thermoprint again, the for example thermoprint of multiple color has utilized the anodized aluminium membrane material to greatest extent.Technical scheme of the present invention has been arranged, can widen anodized aluminium film band, utilized two gold stamping rollers, once finished different types of thermoprint of diverse location, significantly increased work efficiency at double and save stock utilization.
During a complete week, utilize the non-embossed region gap of gold stamping version in gold stamping roller transfer printing, can make the boiling hot band in three kinds of location in the anodized aluminium film band and leapfrog scald band and draw back, realize the gold stamping and positioning bronzing of leapfrog, lift and need not roller platen.
As shown in Figure 2, as another kind of embodiment, the anodized aluminium film band of sending between described a plurality of energy-conservation gold stamping roller 9 is sent into anodized aluminium film winding system, the anodized aluminium film band of sending between a plurality of gold stamping rollers 9 by one independently anodized aluminium film multireel unreel system and supply with anodized aluminium film volume.Each gold stamping roller 9 can independently be used a volume anodized aluminium film.For high-precision gold stamping printed matter, the paper tension in the middle of a plurality of colour cells, colour cell can change, and paper can be offset, so chromatography precision height that colour cell is finished among the present invention.And the equipment of saving using area area.Utilize stamping systems for following, if the part that the anodized aluminium film of for the first time thermoprint can recycle in addition can recycle use.
Such as Fig. 1,2, described rolling buffering and tension force tightening device 25 comprise that the rolling buffering of positioning bronzing band 1 and tension force tightening device 25 and leapfrog/even step are gold stamping with 2 rolling buffering and tension force tightening device 25.
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 24, to send positioning bronzing electrochemical aluminum rolling roller 19 to; Described leapfrog/even gold stamping rolling buffering and tension force tightening device 25 with 2 of step is through leapfrog/even gold stamping mobile cushioning roller 18 of step, guide roller 24, to send leapfrog/even step hot stamping foil wind-up roll 15 to.
The effect of described positioning bronzing mobile cushioning roller 17 and the even gold stamping mobile cushioning roller 18 of step/leapfrog and aforesaid even step/leapfrog are moved and are tightened up roller 4 similar structure and effect are arranged.
But described leapfrog mobile cushioning tightens up the roller traveling priority.Be provided with spring or other active force generation device in the one side, such as acting devices such as vacuum suction, magnetic-adsorptions, make the trend of its oriented tension anodized aluminium film band one side shifting, not only can keep the straight of anodized aluminium film band but also can make anodized aluminium film band be retracted or strain.
Described continuous gold stamping electrochemical aluminum rolling roller 16 will through the continuous gold stamping band 3 of energy-conservation gold stamping roller 9 via guide roller, directly reclaim.
Described automatic tension is regulated anodized aluminium film wind-up roll 23 and is comprised separately independently positioning bronzing electrochemical aluminum rolling roller 19, leapfrog/leapfrog hot stamping foil wind-up roll 15, continuous gold stamping electrochemical aluminum rolling roller 16, reclaim respectively positioning bronzing band 1, leapfrog/even step after using gold stampingly be with 2, continuous gold stamping band 3.
Claims (10)
1. the efficient one-shot forming of one kind of multiple gilding technologies mechanism is characterized in that: comprise successively that by producing order anodized aluminium film buffering unreels system (29), efficient gold stamping imprinting apparatus (28) and anodized aluminium film buffering winding system (39); Described anodized aluminium film buffering unreels system (29) and comprises that independently positioning bronzing, leapfrog/even step three automatic tensions gold stamping, the continuous gold stamping place regulate anodized aluminium film let off roll (20) and each automatic tension and regulate follow-up the unreeling of anodized aluminium film let off roll (20) and cushion and tension force tightening device (21); Described efficient gold stamping imprinting apparatus (28) comprises many energy-conservation gold stamping rollers (9) and the set ultrasonic wave trace damping device (26) of paper delivery end that roller platen (22), this roller platen (22) dispose, and the outer ring of the described energy-conservation gold stamping roller of each root (9) is axially arranged with positioning bronzing version, leapfrog/gold stamping version of even step, the continuous gold stamping version that correspondence unreels system; Described anodized aluminium film buffering winding system (39) comprises the rolling buffering of corresponding three kinds of anodized aluminium films and tension force tightening device (25) and this tightening device end three independently automatic tension adjusting anodized aluminium film wind-up rolls (23).
2. the efficient one-shot forming of multiple gilding technology according to claim 1 mechanism, it is characterized in that: described three tension adjustment anodized aluminium film let off roll (20) are respectively positioning bronzing anodized aluminium film let off roll (10), leapfrog/even step hot stamping foil film let off roll (11) and continuous gold stamping anodized aluminium film let off roll (12), unreel respectively positioning bronzing band (1), leapfrog/even step gold stamping band (2) and continuous gold stamping band (3), positioning bronzing band (1) and leapfrog/even gold stamping band of step (2) enter separately unreel buffering and tension force tightening device (21), continuous gold stamping band (3) is sent into efficient gold stamping imprinting apparatus (28) at last through guide roller (24).
3. the efficient one-shot forming of multiple gilding technology according to claim 1 and 2 mechanism, it is characterized in that: described leapfrog/even gold stamping band of step (2) process unreel buffering and tension force tightening device (21) is, tighten up the leapfrog that sends energy-conservation gold stamping roller (9) behind roller (4), guide roller (24), the leapfrog/even gold stamping drive roll of step (5) to/gold stamping version part of even step through the gold stamping drive roll (13), leapfrog/even moved further buffering of unreeling of leapfrog/even step successively.
4. the efficient one-shot forming of multiple gilding technology according to claim 3 mechanism, it is characterized in that: described leapfrog/even moved further buffering is tightened up roller (4) by the effect of spring, magnet or absorption device, be subjected to away from leapfrog/even gold stamping active force that unreels drive roll (13) direction of step, opposite direction is subjected to, the tension force effect of leapfrog/even gold stamping band of step (2), makes to come and go rectilinear motion.
5. the efficient one-shot forming of multiple gilding technology according to claim 1 mechanism, it is characterized in that: the energy-conservation gold stamping roller (9) of described efficient gold stamping imprinting apparatus (28), be provided with the adjustment roller (27) of adjusting the anodized aluminium stroke in the top of adjacent two energy-conservation gold stamping rollers (9), every bronzing roller is provided with supporting interlock control impression thrust unit.
6. the efficient one-shot forming of multiple gilding technology according to claim 1 mechanism, it is characterized in that: the energy-conservation gold stamping roller (9) of described efficient gold stamping imprinting apparatus (28), each root bronzing roller have a cover anodized aluminium film buffering that is positioned at its entrance side to unreel a cover anodized aluminium film buffering winding system (39) of system (29) and outlet side; Every gold stamping roller is provided with the impression thrust unit of supporting independent control.
7. according to claim 1, one of 5, the 6 efficient one-shot forming of described multiple gilding technology mechanisms, it is characterized in that: described energy-conservation gold stamping roller (9) is comprised of roller core (30), zone of heating (31), heat-conducting layer (32) and fixed bed (33) from inside to outside successively; The corresponding gold stamping version of described zone of heating (31) (34) position is provided with electric heating structure (36), described heat-conducting layer (32) arranges thermal conductive zone (37) and thermal insulation areas (38), described thermal conductive zone (37) is positioned at the lower floor position of gold stamping version (34), outside the thermal conductive zone (37) of heat-conducting layer, be thermal insulation areas (38), be provided with regularly arranged fixing hole (35) at described fixed bed (33), be used for fixing gold stamping version.
8. the efficient one-shot forming of multiple gilding technology according to claim 1 mechanism is characterized in that: described rolling buffering and tension force tightening device (25) comprise the rolling buffering of positioning bronzing band (1) and rolling buffering and the tension force tightening device (25) of tension force tightening device (25) and leapfrog/even gold stamping band of step (2).
9. the efficient one-shot forming of multiple gilding technology according to claim 8 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 (24), send positioning bronzing electrochemical aluminum rolling roller (19) to; Rolling buffering and the tension force tightening device (25) of described leapfrog/even gold stamping band of step (2) are through leapfrog/even step gold stamping mobile cushioning roller (18), guide roller (24), to send leapfrog/even step hot stamping foil wind-up roll (15) to.
10. the efficient one-shot forming of multiple gilding technology according to claim 1 mechanism, it is characterized in that: described automatic tension is regulated anodized aluminium film wind-up roll (23) and is comprised separately independently positioning bronzing electrochemical aluminum rolling roller (19), leapfrog/leapfrog hot stamping foil wind-up roll (15), continuous gold stamping electrochemical aluminum rolling roller (16), reclaims respectively positioning bronzing band (1), leapfrog/even step gold stamping band (2), continuous gold stamping band (3) after using.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220491484 CN202764388U (en) | 2012-09-24 | 2012-09-24 | High efficient one-time-shaped mechanism for various gold blocking techniques |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201220491484 CN202764388U (en) | 2012-09-24 | 2012-09-24 | High efficient one-time-shaped mechanism for various gold blocking techniques |
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| CN202764388U true CN202764388U (en) | 2013-03-06 |
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| CN 201220491484 Withdrawn - After Issue CN202764388U (en) | 2012-09-24 | 2012-09-24 | High efficient one-time-shaped mechanism for various gold blocking techniques |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102848718A (en) * | 2012-09-24 | 2013-01-02 | 武汉虹之彩包装印刷有限公司 | High-efficiency once forming mechanism for multiple gold stamping techniques |
| CN107443886A (en) * | 2017-07-26 | 2017-12-08 | 温州立可达印业股份有限公司 | A kind of electrochemical aluminium gold-stamped leapfrog technique |
| CN114394462A (en) * | 2022-02-16 | 2022-04-26 | 浙江本科特水松纸有限公司 | Bouncing and scalding device for cigarette tipping paper and using method |
-
2012
- 2012-09-24 CN CN 201220491484 patent/CN202764388U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102848718A (en) * | 2012-09-24 | 2013-01-02 | 武汉虹之彩包装印刷有限公司 | High-efficiency once forming mechanism for multiple gold stamping techniques |
| CN107443886A (en) * | 2017-07-26 | 2017-12-08 | 温州立可达印业股份有限公司 | A kind of electrochemical aluminium gold-stamped leapfrog technique |
| CN114394462A (en) * | 2022-02-16 | 2022-04-26 | 浙江本科特水松纸有限公司 | Bouncing and scalding device for cigarette tipping paper and using method |
| CN114394462B (en) * | 2022-02-16 | 2022-08-12 | 浙江本科特水松纸有限公司 | Bouncing and scalding device for cigarette tipping paper and using method |
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