CN203957497U - A kind of stamp transfer machine - Google Patents
A kind of stamp transfer machine Download PDFInfo
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- CN203957497U CN203957497U CN201420371247.XU CN201420371247U CN203957497U CN 203957497 U CN203957497 U CN 203957497U CN 201420371247 U CN201420371247 U CN 201420371247U CN 203957497 U CN203957497 U CN 203957497U
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Abstract
A stamp transfer machine, comprises frame, press fit device, light curring unit and stripping off device, and above-mentioned press fit device, light curring unit and stripping off device are successively set in frame along the throughput direction of printed matter; It is characterized in that: above-mentioned frame is provided with at least one film guiding roller, above-mentioned film guiding roller and press fit device and stripping off device form a circular membrane conveying device.Because above-mentioned circular membrane conveying device can make tensioning annular transfer membrane circulation, operation continuously in the above, and, above-mentioned annular transfer membrane can repeatedly be used, generally, above-mentioned annular transfer membrane is reused after up to ten thousand times, this stamp transfer machine just need to replace with new annular transfer membrane, so can be produced uninterruptedly; Again because this stamp transfer machine does not have winding/unwinding device, without transposing, lifting film volume, saved the change of lap time, the transfer membrane waste having produced while having avoided connecing film, so the production efficiency of this stamp transfer machine is high, production cost is low.
Description
Technical field
The utility model relates to a kind of printing equipment, more particularly, relates to a kind of stamp transfer machine.
Background technology
Existing stamp transfer machine generally comprises frame, unwinding device, press fit device, light curring unit (for example ultraviolet curing device), stripping off device and wrap-up, and above-mentioned unwinding device, press fit device, light curring unit, stripping off device and wrap-up are successively set in frame along the throughput direction of printed matter.
While utilizing existing stamp transfer machine to carry out stamp transfer, first, the transfer membrane of rolling is placed on unwinding device, and makes the picture and text of transfer membrane facing to printed matter; When transfer membrane with the printed matter that is coated with in advance photocuring oil or ink during through press fit device, press fit device is by transfer membrane and printed matter pressing; Then, light curring unit carries out photocuring to the transfer membrane pressing together and printed matter; Then, stripping off device is peeled off the transfer membrane of photocuring and printed matter; Finally, wrap-up is again by the transfer membrane rolling rolling after peeling off.Like this, the picture and text on transfer membrane just can stamp transfer to printed matter, thereby realized the stamp transfer of picture and text.
Because transfer membrane can repeatedly be used; so; when the transfer membrane on unwinding device is finished; just must shut down; again the transfer membrane of rolling on wrap-up is transposed on unwinding device; form the transposing of migration volume film; need first the transfer membrane between wrap-up and stripping off device to be cut off; by crane, the transfer membrane of rolling on wrap-up is lifted on unwinding device again; therefore there is the shortcomings such as troublesome poeration, labour intensity is large, danger is high, the change of lap time is long in existing stamp transfer machine.Again because existing stamp transfer machine change of lap is frequent, change of lap work consuming consuming time, so, there is the shortcomings such as production efficiency is low, transfer membrane waste is large while connecing film, production cost is high in existing stamp transfer machine, particularly during small lot batch manufacture, thereby the production efficiency of existing stamp transfer machine is lower, transfer membrane waste more seriously causes production cost to increase substantially.
And, because adopting unwinding and rewinding form, produces by existing stamp transfer machine, so, the easy stretcher strain of transfer membrane; Meanwhile, if connect the poor accuracy of film, just easily there is wrinkle or distortion in transfer membrane, thereby cause the picture and text disappearance on printed matter, and then have influence on the quality of printed matter; If it is too poor to connect the degree of accuracy of film, sometimes even can causes film to furl to put and have some setbacks, thereby affect carrying out smoothly of stamp transfer.
In addition, existing stamp transfer machine is when changing new film roll (comprise the new film roll of identical picture and text and not the new film roll of identical picture and text), if the operation of unwinding and rewinding does not complete (folding and unfolding that is entire volume does not complete), need to make existing stamp transfer machine idle running, to complete the rolling folding and unfolding of film volume, therefore, idle running for a long time, not only power consumption consuming time, and can have influence on carrying out smoothly of production.
Summary of the invention
The technical problems to be solved in the utility model is to provide the stamp transfer machine that a kind of production efficiency is high, production cost is low.In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
A stamp transfer machine, comprises frame, press fit device, light curring unit and stripping off device, and above-mentioned press fit device, light curring unit and stripping off device are successively set in frame along the throughput direction of printed matter; It is characterized in that: above-mentioned frame is provided with at least one film guiding roller, above-mentioned film guiding roller and press fit device and stripping off device form a circular membrane conveying device.
While utilizing this stamp transfer machine to carry out stamp transfer, first, allow transfer membrane pass press fit device, and make the picture and text of transfer membrane facing to printed matter, general transparent transfer membrane or the laser transfer membrane of adopting of above-mentioned transfer membrane; Then, allow transfer membrane pass through from the below of light curring unit; Then, allow transfer membrane pass stripping off device; Follow again, allow transfer membrane cross on film guiding roller; Finally, allow transfer membrane connect from beginning to end, thus looping transfer membrane; Like this, annular transfer membrane is just stretched in the circular membrane conveying device consisting of film guiding roller, press fit device and stripping off device; And by the driving of press fit device and stripping off device, annular transfer membrane just can cyclically move;
When being coated with the printed matter process press fit device of photocuring oil or ink in advance, press fit device is by printed matter and annular transfer membrane pressing; Then, by annular, shifted membrane-enclosed light curring unit and again the printed matter pressing together and annular transfer membrane are carried out to photocuring processing; Then, stripping off device is peeled off the printed matter after photocuring and annular transfer membrane again; Like this, the picture and text on annular transfer membrane just can stamp transfer to printed matter, thereby realized the stamp transfer of picture and text.
Because this stamp transfer machine adopts a circular membrane conveying device consisting of film guiding roller, press fit device and stripping off device, above-mentioned circular membrane conveying device can make tensioning annular transfer membrane circulation, operation continuously in the above, and, above-mentioned annular transfer membrane can repeatedly be used, generally, above-mentioned annular transfer membrane is reused after up to ten thousand times, just need to replace with new annular transfer membrane, so this stamp transfer machine can be produced uninterruptedly; Meanwhile, because this stamp transfer machine does not have winding/unwinding device, without transposing, lifting film volume, saved the change of lap time, the transfer membrane waste having produced while having avoided connecing film, so the production efficiency of this stamp transfer machine is high, production cost is low.
As a kind of optimal technical scheme of the present utility model:
Described press fit device comprises pressing live-roller, press bonding roller and press bonding roller cylinder, and described stripping off device comprises peels off live-roller and stripper roll, and described film guiding roller comprises the first film guiding roller and the second film guiding roller;
Above-mentioned pressing live-roller and peel off live-roller and be successively set in frame along the throughput direction of printed matter, above-mentioned pressing live-roller with peel off live-roller and be all connected with same motor-driven;
Above-mentioned pressing live-roller and peel off between live-roller and be provided with an arc conveying mechanism, above-mentioned arc conveying mechanism comprises arc transport platform and cycloconveyor belt; Above-mentioned arc transport platform is arranged in frame, and above-mentioned arc transport platform is positioned at the below of light curring unit, and the two ends of above-mentioned arc transport platform are respectively with pressing live-roller with to peel off live-roller tangent; Above-mentioned cycloconveyor belt is enclosed within pressing live-roller, arc transport platform and peels off on live-roller, and the inner surface of above-mentioned cycloconveyor belt is adjacent on the arcwall face of arc transport platform;
Above-mentioned press bonding roller is arranged in frame, above-mentioned press bonding roller and cycloconveyor belt pressing on pressing live-roller or separated, and the cylinder body of above-mentioned press bonding roller cylinder is fixedly mounted in frame, and piston rod and the press bonding roller of above-mentioned press bonding roller cylinder are in transmission connection; Above-mentioned stripper roll is arranged in frame, above-mentioned stripper roll with peel off the cycloconveyor belt pressing on live-roller; Above-mentioned the first film guiding roller and the second film guiding roller are located at respectively in frame, and above-mentioned the first film guiding roller is positioned at the top of press bonding roller, and above-mentioned the second film guiding roller is positioned at the top of stripper roll; Above-mentioned press bonding roller, stripper roll, the first film guiding roller and the second film guiding roller form a circular membrane conveying device.
When electric motor starting, motor drives pressing live-roller simultaneously and peels off live-roller rotating in same direction, pressing live-roller and peel off live-roller and drive cycloconveyor belt to rotate, and the recline arcwall face of arc transport platform of cycloconveyor belt slides; During cycloconveyor belt pressing on press bonding roller air cylinder driven press bonding roller and pressing live-roller, annular transfer membrane at pressing live-roller and press bonding roller, peel off cyclically motion under the common driving of live-roller and stripper roll.
Above-mentioned cycloconveyor belt can be used for carrying annular transfer membrane and the printed matter pressing together, because cycloconveyor belt is that the recline arcwall face of arc transport platform slides, so, the annular transfer membrane pressing together on cycloconveyor belt and printed matter are also that the recline arcwall face of arc transport platform is carried, like this, under the support of arc transport platform, having avoided cycloconveyor belt that shake occurs in course of conveying departs from, guaranteed the solidification effect of light curring unit, prevented that picture and text are out of shape the generation of the problems such as even damage, therefore, printed matter after transfer printing has high-precision picture and text, printed matter after transfer printing is more attractive in appearance, exquisite, because arc conveying mechanism adopts the pressing live-roller that diameter is less and peel off live-roller, drive cycloconveyor belt to rotate again, so the required power of arc conveying mechanism is very little, therefore, the power consumption of this stamp transfer machine is little, in addition, lightweight due to arc transport platform, so the arcwall face of arc transport platform can design very greatly, to increase the curved working face of arc transport platform, thereby has further improved curing rate and the solidification effect of light curring unit.
As another kind of optimal technical scheme of the present utility model:
Described press fit device comprises large roller, pressing roller and pressing roller cylinder, and described stripping off device comprises peels off roller, and described film guiding roller comprises initiatively film guiding roller, the first driven film guiding roller and the second driven film guiding roller;
Above-mentioned large roller, film guiding roller and peel off roller and be successively set in frame along the throughput direction of printed matter initiatively, above-mentioned active film guiding roller is provided with an intermediate carrier structure with the below of peeling off roller, and above-mentioned large roller, active film guiding roller and intermediate carrier structure are all in transmission connection with same drive motors;
Above-mentioned pressing roller and light curring unit are successively set in frame along the throughput direction of printed matter, above-mentioned pressing roller and large roller pressing or separated, the cylinder body of above-mentioned pressing roller cylinder is fixedly mounted in frame, piston rod and the pressing roller of above-mentioned pressing roller cylinder are in transmission connection, and above-mentioned light curring unit is corresponding with large roller; Above-mentioned the first driven film guiding roller and the second driven film guiding roller are located at respectively in frame, and above-mentioned the first driven film guiding roller is positioned at the top of pressing roller, and above-mentioned the second driven film guiding roller is positioned at the top of peeling off roller; Above-mentioned pressing roller, initiatively film guiding roller, peel off roller, the first driven film guiding roller and the second driven film guiding roller and form a circular membrane conveying device.
When drive motors starts, drive motors drives large roller, active film guiding roller and intermediate carrier structure rotating in same direction simultaneously, when pressing roller air cylinder driven pressing roller and large roller pressing, annular transfer membrane is in large roller and pressing roller, initiatively cyclically motion under the common driving of film guiding roller, when printed matter is after large roller and pressing roller, printed matter and annular transfer membrane pressing, the printed matter pressing together and annular transfer membrane abut on the arcwall face of large roller, prevented that the printed matter and the annular transfer membrane that press together from shake disengaging occurring in course of conveying, again because light curring unit is corresponding with large roller, so, in the process of photocuring, avoided picture and text to be out of shape the generation of the problems such as even damage, guaranteed the solidification effect of light curring unit, therefore, printed matter after transfer printing has high-precision picture and text, printed matter after transfer printing is more attractive in appearance, exquisite.
As improvement technical scheme of the present utility model:
On described press fit device, be connected with a printed matter input mechanism, above-mentioned printed matter input mechanism and press fit device are successively set in frame along the throughput direction of printed matter, and the output of above-mentioned printed matter input mechanism and the input of press fit device join.
By printed matter input mechanism, this stamp transfer machine can be connected with various printing machines or polisher easily, thereby has improved widely the practicality of this stamp transfer machine.
As further improvement of the utility model technical scheme:
On described stripping off device, be connected with a printed matter output mechanism, the output of above-mentioned printed matter output mechanism is installed in rotation on a printed matter collecting mechanism, the input of above-mentioned printed matter output mechanism and the output of stripping off device join, above-mentioned printed matter collecting mechanism is provided with a lift cylinder, the cylinder body of above-mentioned lift cylinder is inclined upwardly and is arranged on printed matter collecting mechanism, and the piston rod of above-mentioned lift cylinder and printed matter output mechanism are in transmission connection.
When the piston rod of lift cylinder extends, the piston rod of lift cylinder orders about printed matter output mechanism in level, when printed matter is from stripping off device output, printed matter just enters on printed matter output mechanism, printed matter output mechanism is transported to printed matter on printed matter collecting mechanism again, printed matter collecting mechanism collects printed matter again, and therefore, the automaticity of this stamp transfer machine is further improved.
When the piston rod of lift cylinder shortens, the piston rod of lift cylinder orders about the state of printed matter output mechanism in packing up downwards, thereby is convenient to the replacing of annular transfer membrane.
As the technical scheme of further improving of the present utility model:
Described frame is provided with a spool, lays standby transfer membrane film volume on said reel.
When annular transfer membrane need to be changed, can from standby transfer membrane film volume, take off transfer membrane easily, thereby be convenient to the replacing of annular transfer membrane, further improved the practicality of this stamp transfer machine.
Above-mentioned light curring unit, intermediate carrier structure, printed matter input mechanism, printed matter output mechanism and printed matter collecting mechanism are prior art, above-mentioned light curring unit generally adopts ultraviolet lamp (being UV lamp), above-mentioned intermediate carrier structure, printed matter input mechanism, printed matter output mechanism generally adopt live-roller and cycloconveyor belt structure, for prior art, at this, be just no longer further introduced.
The utility model beneficial effect is against existing technologies:
(1) because this stamp transfer machine adopts a circular membrane conveying device consisting of film guiding roller, press fit device and stripping off device, above-mentioned circular membrane conveying device can make tensioning annular transfer membrane circulation, operation continuously in the above, and, above-mentioned annular transfer membrane can repeatedly be used, generally, above-mentioned annular transfer membrane is reused after up to ten thousand times, just need to replace with new annular transfer membrane, so, this stamp transfer machine can be produced uninterruptedly, therefore, the production efficiency of this stamp transfer machine is high, production cost is low.
(2), because this stamp transfer machine does not have winding/unwinding device, without transposing, lifting film volume, thereby saved the change of lap time, reduced labour intensity, the transfer membrane waste having produced while having avoided connecing film, so, this stamp transfer machine easy to operate and safe, production efficiency is high, production cost is low; Especially, when this stamp transfer machine is used for small lot batch manufacture, the use amount of transfer membrane is few, utilization rate is high, loss is low, therefore, the production efficiency of this stamp transfer machine is higher, transfer membrane can not produce waste, production cost is lower, thereby reaches the effect of energy saving.
(3) because this stamp transfer machine adopts circular membrane conveying device conveying annular transfer membrane, so, annular transfer membrane stable, thus carrying out smoothly of stamp transfer guaranteed; Meanwhile, the stretcher strain phenomenon that this stamp transfer machine does not have winding/unwinding device to produce, therefore, the picture and text on printed matter can not be out of shape or lack, thereby have guaranteed the quality of printed matter.
accompanying drawing explanation
Fig. 1 is the structural representation of the utility model preferred embodiment 1;
Fig. 2 is the structural representation of the utility model preferred embodiment 2.
the specific embodiment
preferred embodiment 1
As shown in Figure 1, the stamp transfer machine in this preferred embodiment, comprises frame 1, press fit device 2, light curring unit 3, stripping off device 4, the first film guiding roller 5 and the second film guiding roller 6; Above-mentioned frame 1 is provided with a spool 11, lays standby transfer membrane film volume 12 on said reel 11; Above-mentioned press fit device 2, light curring unit 3 and stripping off device 4 are successively set in frame 1 along the throughput direction (being the direction shown in the straight line list arrow in Fig. 1) of printed matter 10;
Above-mentioned press fit device 2 comprises pressing live-roller 21, press bonding roller 22 and press bonding roller cylinder 23, and above-mentioned stripping off device 4 comprises peels off live-roller 41 and stripper roll 42;
Above-mentioned pressing live-roller 21 and peel off live-roller 41 and be successively set in frame 1 along the throughput direction of printed matter 10, above-mentioned pressing live-roller 21 and peel off live-roller 41 and be all in transmission connection with same motor 24;
Above-mentioned pressing live-roller 21 and peel off between live-roller 41 and be provided with an arc conveying mechanism 7, above-mentioned arc conveying mechanism 7 comprises arc transport platform 71 and cycloconveyor belt 72; Above-mentioned arc transport platform 71 is arranged in frame 1, and above-mentioned arc transport platform 71 is positioned at the below of light curring unit 3, and the two ends of above-mentioned arc transport platform 71 are respectively with pressing live-roller 21 with to peel off live-roller 41 tangent; Above-mentioned cycloconveyor belt 72 is enclosed within pressing live-roller 21, arc transport platform 71 and peels off on live-roller 41, and the inner surface of above-mentioned cycloconveyor belt 72 is adjacent on the arcwall face of arc transport platform 71;
Above-mentioned press bonding roller 22 is arranged in frame 1, above-mentioned press bonding roller 22 and cycloconveyor belt 72 pressings on pressing live-roller 21 or separated, the cylinder body of above-mentioned press bonding roller cylinder 23 is fixedly mounted in frame 1, and the piston rod of above-mentioned press bonding roller cylinder 23 and press bonding roller 22 are in transmission connection; Above-mentioned stripper roll 42 is arranged in frame 1, above-mentioned stripper roll 42 with peel off cycloconveyor belt 72 pressings on live-roller 41; Above-mentioned the first film guiding roller 5 and the second film guiding roller 6 are located at respectively in frame 1, and above-mentioned the first film guiding roller 5 is positioned at the top of press bonding roller 22, and above-mentioned the second film guiding roller 6 is positioned at the top of stripper roll 42; Above-mentioned press bonding roller 22, stripper roll 42, the first film guiding roller 5 and the second film guiding roller 6 form a circular membrane conveying device;
On above-mentioned press fit device 2, be connected with a printed matter input mechanism 8, printed matter input mechanism 8 and press fit device 2 are successively set in frame 1 along the throughput direction of printed matter 10, and the input of the output of printed matter input mechanism 8 and press fit device 2 joins; The output of printed matter input mechanism 8 is connected with polisher 80;
On above-mentioned stripping off device 4, be connected with a printed matter output mechanism 91, the output of above-mentioned printed matter output mechanism 91 is installed in rotation on a printed matter collecting mechanism 92, the output of the input of above-mentioned printed matter output mechanism 91 and stripping off device 4 joins, above-mentioned printed matter collecting mechanism 92 is provided with a lift cylinder 93, the cylinder body of above-mentioned lift cylinder 93 is inclined upwardly and is arranged on printed matter collecting mechanism 92, and the piston rod of above-mentioned lift cylinder 93 and printed matter output mechanism 91 are in transmission connection.
Above-mentioned light curring unit 3, printed matter input mechanism 8, printed matter output mechanism 91 and printed matter collecting mechanism 92 are prior art, the general ultraviolet lamp (being UV lamp) that adopts of above-mentioned light curring unit 3, above-mentioned printed matter input mechanism 8, general live-roller and the cycloconveyor belt structure of adopting of printed matter output mechanism 91, for prior art, at this, be just no longer further introduced.
While utilizing this stamp transfer machine to carry out stamp transfer, first, allow transfer membrane 20 be passed between the pressing live-roller 21 and press bonding roller 22 of press fit device 2, and make the picture and text of transfer membrane 20 facing to printed matter 10, general transparent transfer membrane or the laser transfer membrane of adopting of above-mentioned transfer membrane 20; Then, allow transfer membrane 20 cover pressing live-roller 21 and peel off on the cycloconveyor belt 72 between live-roller 41, like this, transfer membrane 20 just passes through from the below of light curring unit 3; Then, allow transfer membrane 20 be passed in peeling off between live-roller 41 and stripper roll 42 of stripping off device 4; Follow again, allow transfer membrane 20 cross on the first film guiding roller 5 and the second film guiding roller 6; Finally, allow transfer membrane 20 head and the tail connect, thus looping transfer membrane 20; Like this, annular transfer membrane 20 is just stretched in the circular membrane conveying device consisting of press bonding roller 22, stripper roll 42, the first film guiding roller 5 and the second film guiding roller 6;
When motor 24 starts, motor 24 drives pressing live-roller 21 simultaneously and peels off live-roller 41 rotating in same directions, as shown in arc list arrow in Fig. 1, pressing live-roller 21 and peel off live-roller 41 and drive cycloconveyor belts 72 to rotate, the recline arcwall face of arc transport platform 71 of cycloconveyor belt 72 slides; When press bonding roller cylinder 23 drives cycloconveyor belt 72 pressing on press bonding rollers 22 and pressing live-roller 21, annular transfer membrane 20 at pressing live-roller 21 and press bonding roller 22, peel off under the common driving of live-roller 41 and stripper roll 42, the circular membrane conveying device cocycle being formed by press bonding roller 22, stripper roll 42, the first film guiding roller 5 and the second film guiding roller 6 move, as shown in Fig. 1 cathetus double-head arrow;
When printed matter 10 is during from the interior output of polisher 80, on printed matter 10, be coated with in advance glazing solidified oil or ink, the printed matter 10 that is coated with in advance photocuring oil or ink flows to press fit device 2 by printed matter input mechanism 8 again, cycloconveyor belt 72 pressings on the press bonding roller 22 of press fit device 2 and pressing live-roller 21, thus will be coated with in advance the printed matter 10 and annular transfer membrane 20 pressings of photocuring oil or ink; Then, the printed matter 10 pressing together and annular transfer membrane 20 flow to stripping off device 4 by the recline arcwall face of arc transport platform 71 of cycloconveyor belt 72 again, in the printed matter 10 pressing together in cycloconveyor belt 72 conveyings and the process of annular transfer membrane 20,3 pairs of printed matters that press together of light curring unit 10 and the annular transfer membrane 20 of arc transport platform 71 tops carry out photocuring processing; Then, peel off live-roller 41 and the stripper roll 42 of stripping off device 4 are peeled off the printed matter after photocuring 10 and annular transfer membrane 20; Like this, the picture and text on annular transfer membrane 20 just stamp transfer to printed matter 10, thereby realized the stamp transfer of picture and text; Annular transfer membrane 20 after peeling off again enters press fit device 2 and reuses after the first film guiding roller 5 and the second film guiding roller 6; And printed matter 10 after peeling off flows to printed matter collecting mechanism 92 by printed matter output mechanism 91, printed matter collecting mechanism 92 is collected printed matter 10 again.
Above-mentioned annular transfer membrane 20 can repeatedly be used, and generally, above-mentioned annular transfer membrane 20 is reused after up to ten thousand times, just need to replace with new annular transfer membrane; When annular transfer membrane 20 need to be changed, first, the piston rod of lift cylinder 93 is shortened, the piston rod of lift cylinder 93 orders about printed matter output mechanism 91 and packs up downwards; Then, move this stamp transfer machine, make the joint of annular transfer membrane 20 move to the top of stripper roll 42, out of service stamp transfer machine, and the edge-jointing adhesive stick of annular transfer membrane 20 joints is peeled off; Then, then from standby transfer membrane film volume 12, transfer membrane is pulled out, and the transfer membrane of pulling out is docked with original annular transfer membrane 20 use adhesive tapes; Then, this stamp transfer of reruning machine, utilizes transfer membrane on the standby transfer membrane film volume 12 of original annular transfer membrane 20 traction to the top of stripper roll 42; Then, cut off transfer membrane, transfer membrane and standby transfer membrane film are rolled up 12 separated; Finally, with adhesive tape, new transfer membrane docking is bonded into new annular transfer membrane.
After the annular transfer membrane more renewing, the piston rod of lift cylinder 93 is extended, the piston rod of lift cylinder 93 orders about printed matter output mechanism 91 in level, thereby is convenient to the output of printed matter.
preferred embodiment 2
Preferred embodiment 2 is basic identical with preferred embodiment 1, and both are difference:
As shown in Figure 2, press fit device 02 in preferred embodiment 2 comprises large roller 021, pressing roller 022 and pressing roller cylinder 023, above-mentioned stripping off device 04 comprises peels off roller 042, and above-mentioned film guiding roller comprises the initiatively driven film guiding roller 05 of film guiding roller 056, first and the second driven film guiding roller 06;
Above-mentioned large roller 021, film guiding roller 056 and peel off roller 042 and be successively set in frame 1 along the throughput direction (being the direction shown in the straight line list arrow in Fig. 2) of printed matter 10 initiatively, above-mentioned active film guiding roller 056 is provided with an intermediate carrier structure 08 with the below of peeling off roller 042, and above-mentioned large roller 021, active film guiding roller 056 and intermediate carrier structure 08 are all in transmission connection with same drive motors 024;
Above-mentioned pressing roller 022 and light curring unit 03 are successively set in frame 1 along the throughput direction of printed matter 10, above-mentioned pressing roller 022 and large roller 021 pressing or separated, the cylinder body of above-mentioned pressing roller cylinder 023 is fixedly mounted in frame 1, piston rod and the pressing roller 022 of above-mentioned pressing roller cylinder 023 are in transmission connection, and above-mentioned light curring unit 03 is corresponding with large roller 021; Above-mentioned the first driven film guiding roller 05 and the second driven film guiding roller 06 are located at respectively in frame 1, and above-mentioned the first driven film guiding roller 05 is positioned at the top of pressing roller 022, and above-mentioned the second driven film guiding roller 06 is positioned at the top of peeling off roller 042;
Above-mentioned pressing roller 022, initiatively film guiding roller 056, peel off the driven film guiding roller 05 of roller 042, first and the second driven film guiding roller 06 forms a circular membrane conveying device.
When drive motors 024 starts, drive motors 024 drives large roller 021, active film guiding roller 056 and intermediate carrier structure 08 rotating in same direction simultaneously, as shown in arc list arrow in Fig. 2; When pressing roller cylinder 023 drives pressing roller 022 with large roller 021 pressing, annular transfer membrane 20 is at large roller 021 and pressing roller 022, shuttling movement under the common driving of film guiding roller 056 initiatively, as shown in Fig. 2 cathetus double-head arrow;
When printed matter 10 is after large roller 021 and pressing roller 022, printed matter 10 and annular transfer membrane 20 pressings, the printed matter 10 pressing together and annular transfer membrane 20 abut on the arcwall face of large roller 021, thereby prevent that the printed matter 10 and the annular transfer membrane 20 that press together from shake disengaging occurring in course of conveying, and, because light curring unit 03 is corresponding with large roller 021, so, in the Light Curing of light curring unit 03, avoided picture and text to be out of shape the generation of the problems such as even damage, guaranteed the solidification effect of light curring unit 03, therefore, printed matter 10 after transfer printing has high-precision picture and text, printed matter 10 after transfer printing is more attractive in appearance, exquisite.
The operation principle of preferred embodiment 2 and preferred embodiment 1 and to change film method basic identical, just no longer repeats to have introduced at this.
Above preferred embodiment is the preferred example in its specific embodiment of the utility model, and above preferred embodiment is not used for limiting practical range of the present utility model; Therefore, every various equivalents of making according to the protection domain of its claim of the utility model, is all covered by the protection domain of its claim of the utility model.
Claims (6)
1. a stamp transfer machine, comprises frame, press fit device, light curring unit and stripping off device, and above-mentioned press fit device, light curring unit and stripping off device are successively set in frame along the throughput direction of printed matter; It is characterized in that: above-mentioned frame is provided with at least one film guiding roller, above-mentioned film guiding roller and press fit device and stripping off device form a circular membrane conveying device.
2. stamp transfer machine according to claim 1, it is characterized in that: described press fit device comprises pressing live-roller, press bonding roller and press bonding roller cylinder, described stripping off device comprises peels off live-roller and stripper roll, and described film guiding roller comprises the first film guiding roller and the second film guiding roller;
Above-mentioned pressing live-roller and peel off live-roller and be successively set in frame along the throughput direction of printed matter, above-mentioned pressing live-roller with peel off live-roller and be all connected with same motor-driven;
Above-mentioned pressing live-roller and peel off between live-roller and be provided with an arc conveying mechanism, above-mentioned arc conveying mechanism comprises arc transport platform and cycloconveyor belt; Above-mentioned arc transport platform is arranged in frame, and above-mentioned arc transport platform is positioned at the below of light curring unit, and the two ends of above-mentioned arc transport platform are respectively with pressing live-roller with to peel off live-roller tangent; Above-mentioned cycloconveyor belt is enclosed within pressing live-roller, arc transport platform and peels off on live-roller, and the inner surface of above-mentioned cycloconveyor belt is adjacent on the arcwall face of arc transport platform;
Above-mentioned press bonding roller is arranged in frame, above-mentioned press bonding roller and cycloconveyor belt pressing on pressing live-roller or separated, and the cylinder body of above-mentioned press bonding roller cylinder is fixedly mounted in frame, and piston rod and the press bonding roller of above-mentioned press bonding roller cylinder are in transmission connection; Above-mentioned stripper roll is arranged in frame, above-mentioned stripper roll with peel off the cycloconveyor belt pressing on live-roller; Above-mentioned the first film guiding roller and the second film guiding roller are located at respectively in frame, and above-mentioned the first film guiding roller is positioned at the top of press bonding roller, and above-mentioned the second film guiding roller is positioned at the top of stripper roll; Above-mentioned press bonding roller, stripper roll, the first film guiding roller and the second film guiding roller form a circular membrane conveying device.
3. stamp transfer machine according to claim 1, it is characterized in that: described press fit device comprises large roller, pressing roller and pressing roller cylinder, described stripping off device comprises peels off roller, and described film guiding roller comprises initiatively film guiding roller, the first driven film guiding roller and the second driven film guiding roller;
Above-mentioned large roller, film guiding roller and peel off roller and be successively set in frame along the throughput direction of printed matter initiatively, above-mentioned active film guiding roller is provided with an intermediate carrier structure with the below of peeling off roller, and above-mentioned large roller, active film guiding roller and intermediate carrier structure are all in transmission connection with same drive motors;
Above-mentioned pressing roller and light curring unit are successively set in frame along the throughput direction of printed matter, above-mentioned pressing roller and large roller pressing or separated, the cylinder body of above-mentioned pressing roller cylinder is fixedly mounted in frame, piston rod and the pressing roller of above-mentioned pressing roller cylinder are in transmission connection, and above-mentioned light curring unit is corresponding with large roller; Above-mentioned the first driven film guiding roller and the second driven film guiding roller are located at respectively in frame, and above-mentioned the first driven film guiding roller is positioned at the top of pressing roller, and above-mentioned the second driven film guiding roller is positioned at the top of peeling off roller; Above-mentioned pressing roller, initiatively film guiding roller, peel off roller, the first driven film guiding roller and the second driven film guiding roller and form a circular membrane conveying device.
4. stamp transfer machine according to claim 1, it is characterized in that: on described press fit device, be connected with a printed matter input mechanism, above-mentioned printed matter input mechanism and press fit device are successively set in frame along the throughput direction of printed matter, and the output of above-mentioned printed matter input mechanism and the input of press fit device join.
5. stamp transfer machine according to claim 1, it is characterized in that: on described stripping off device, be connected with a printed matter output mechanism, the output of above-mentioned printed matter output mechanism is installed in rotation on a printed matter collecting mechanism, the input of above-mentioned printed matter output mechanism and the output of stripping off device join, above-mentioned printed matter collecting mechanism is provided with a lift cylinder, the cylinder body of above-mentioned lift cylinder is inclined upwardly and is arranged on printed matter collecting mechanism, and the piston rod of above-mentioned lift cylinder and printed matter output mechanism are in transmission connection.
6. stamp transfer machine according to claim 1, is characterized in that: described frame is provided with a spool, lays standby transfer membrane film volume on said reel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420371247.XU CN203957497U (en) | 2014-07-07 | 2014-07-07 | A kind of stamp transfer machine |
Applications Claiming Priority (1)
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| CN201420371247.XU CN203957497U (en) | 2014-07-07 | 2014-07-07 | A kind of stamp transfer machine |
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| CN203957497U true CN203957497U (en) | 2014-11-26 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108045123A (en) * | 2018-01-08 | 2018-05-18 | 桐乡市印刷有限公司 | A kind of cigarette case silver foil laser film transfer device |
| CN108589154A (en) * | 2018-05-30 | 2018-09-28 | 浙江明盛达医用材料科技有限公司 | A kind of Embosser of high-strength fire-retarding non-woven fabrics |
-
2014
- 2014-07-07 CN CN201420371247.XU patent/CN203957497U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108045123A (en) * | 2018-01-08 | 2018-05-18 | 桐乡市印刷有限公司 | A kind of cigarette case silver foil laser film transfer device |
| CN108045123B (en) * | 2018-01-08 | 2023-04-11 | 桐乡市印刷股份有限公司 | Laser film transfer printing device for cigarette box silver card paper |
| CN108589154A (en) * | 2018-05-30 | 2018-09-28 | 浙江明盛达医用材料科技有限公司 | A kind of Embosser of high-strength fire-retarding non-woven fabrics |
| CN108589154B (en) * | 2018-05-30 | 2023-10-20 | 浙江明盛达医用材料科技股份有限公司 | Embossing equipment of high-strength flame-retardant non-woven fabric |
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