CN102248763B - Roll paper cold iron printing equipment and operation method thereof - Google Patents
Roll paper cold iron printing equipment and operation method thereof Download PDFInfo
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- CN102248763B CN102248763B CN 201110137513 CN201110137513A CN102248763B CN 102248763 B CN102248763 B CN 102248763B CN 201110137513 CN201110137513 CN 201110137513 CN 201110137513 A CN201110137513 A CN 201110137513A CN 102248763 B CN102248763 B CN 102248763B
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Abstract
The invention discloses roll paper cold iron printing equipment. The equipment comprises an uncoiling unit, a tension control unit, a gluing unit, a cold iron unit and a coiling unit. An operation method comprises the following steps of: conveying roll paper to a gluing traction roller; transferring an adhesive to a part which is required to be subjected to cold iron on the roll paper; reinforcing the viscosity of the adhesive printed on the roll paper by using a gluing ultraviolet (UV) curing device; releasing temporarily-stored electrochemical aluminum by using an aluminum storage device; remaining the part on which the electrochemical aluminum is contacted with the adhesive on the surface of the roll paper, and integrating the part with the paper; recovering residual electrochemical aluminum after the cold iron by using a foil collecting roller; pulling the electrochemical aluminum between an impression roller and a cold iron printing roller in the direction of the uncoiling unit by using the aluminum storage device to realize the jumping of the electrochemical aluminum, and storing the electrochemical aluminum at the same time; and curing a cold iron part on the roll paper by using a cold iron UV curing device to realize the cold iron process of the whole roll paper. The invention has the advantages that: an independent cold iron unit is used, so that the roll paper is directly subjected to cold iron, and the equipment has a flexible process; and the jumping of the electrochemical aluminum can be realized and controlled, so that the electrochemical aluminum is greatly saved.
Description
(1) technical field:
The present invention is applicable to printing machinery, is particularly useful for a kind of printing equipment and method of work thereof of roll web cold wave technique.
(2) background technology:
In the market competition of fierceness, in order to increase the surcharge of product, more effectively carry out package anti-counterfeiting, increasing package goods adopts the thermoprint technology.And the cold wave technology is compared with the blanching technology, need not use the metallic plate after the heating, has saved the energy, reduce consuming, but adopt the method transfer anodized aluminum of printing adhesive, cold wave speed is fast, efficient is high, so the cold wave technology is the new technology that meets the processing market demand.
The existing cold wave apparatus in market mostly with offset press or flexible printing machine on-line working, but when cold wave apparatus goes wrong, tend to because of online and a large amount of waste products occur, and affect complete machine speed; Because on-line working, the rotating speed of roller need to be synchronous with complete machine speed, and anodized aluminium can not be realized leapfrog along with the rotation of roller is constantly carried, and therefore causes a large amount of wastes of anodized aluminium; Simultaneously in the face of the printing of various different seal post processing the time, the complete machine technique after online is dumb, at process aspect limitation is arranged.
Have in sum many unfavorable factors of mechanism now, therefore inventing a kind of cold stamping printing equipment for roll paper of cold wave technology of can independently realizing just seems necessary.
(3) summary of the invention:
The objective of the invention is to design a kind of cold stamping printing equipment for roll paper and method of work thereof, it can solve the deficiencies in the prior art, adopt independently cold wave unit, roll web is directly carried out cold wave, roll web is through unwinding unit, tension force control module, coating unit, cold wave unit, finish collection finally by rolling unit, technical process is flexible, can realize the leapfrog of anodized aluminium.
Technical scheme of the present invention: a kind of cold stamping printing equipment for roll paper is characterized in that it comprises unwinding unit, tension force control module, coating unit, cold wave unit and rolling unit; The output of described unwinding unit connects the input of tension force control module; The output of described tension force control module connects the input of coating unit; The output of described coating unit connects the input of cold wave unit; The output of described cold wave unit connects the input of rolling unit.
Coating unit described above is made of gluing roller, transfer printing roller, gluing UV solidification equipment, gluing roller and the gluing traction roller of undertaking the printing of; Described transfer printing roller is positioned at the undertake the printing of top of roller of gluing, and roll web is undertaken the printing of from gluing and passed between roller and the transfer printing roller, and the transfer printing roller is pressed on the roll web; Described gluing traction roller is positioned at the undertake the printing of paper feed end of roller of gluing, and gluing traction roller is introduced roll web, and undertakes the printing of from gluing and to pass between roller and the transfer printing roller, and the transfer printing roller is pressed on the roll web; Described transfer printing roller and glue spreader socket joint touch, and the gluing roller is positioned at the top of transfer printing roller; Described gluing roller is printed on adhesive on the transfer printing roller, and the transfer printing roller needs the adhesive transfer printing part of cold wave again at roll web; Described gluing UV solidification equipment between transfer printing roller and impression roller, the top of roll web.
Cold wave described above unit is by foil installation roller cylinder, storage aluminium device, foil closing roller, impression roller, cold wave UV solidification equipment, rolling traction roller and the cold wave roller of undertaking the printing of; Described impression roller is positioned at the cold wave roller top of undertaking the printing of, and impression roller and cold wave are undertaken the printing of gapped between the roller, and roll web is undertaken the printing of from impression roller and cold wave and passed between the roller; Described storage aluminium device is installed in the top of impression roller, and storage aluminium device realizes that by temporary transient storage anodized aluminium batch (-type) send paper tinsel, finishes the anodized aluminium leapfrog in the cold wave process; Described foil installation roller cylinder and foil closing roller are installed in respectively input and the output of storage aluminium device; Described cold wave UV solidification equipment is undertaken the printing of between roller and the rolling traction roller in cold wave, the undertake the printing of top of roller of cold wave.
Storage aluminium device described above is swing arm storage aluminium device or vacuum type storage aluminium device.
The foil installation roller cylinder is installed at the top of swing arm storage aluminium device described above and the foil closing roller is installed in swing arm storage aluminium device, the foil installation roller cylinder carries anodized aluminium through an end of swing arm storage aluminium device swing arm, pass from the undertake the printing of gap of roller of impression roller and cold wave, then through the other end of swing arm storage aluminium device swing arm, the useless paper tinsel after the last cold wave is packed up through the foil closing roller; An end of swing arm is passed by the anodized aluminium that the foil installation roller cylinder transfers out in the swing arm storage aluminium device, the anodized aluminium of the other end after by thermoprint passes, the swing arm two ends can swing up and down around intermediate support, swing arm upwards swings near an end of foil installation roller cylinder, temporary transient storage compartment anodized aluminium, when roll web was about to be delivered to the below of impression roller, an end of the close foil installation roller cylinder of swing arm was to lower swing, transfer out the anodized aluminium of storage, realize the leapfrog of anodized aluminium.
Be the vacuum suction passage in the vacuum type storage aluminium device described above, be positioned at foil installation roller cylinder and foil closing roller top, anodized aluminium is inhaled in the passage by suction function, temporary transient storage compartment anodized aluminium, when roll web is about to be delivered to the below of impression roller, the pulling of foil installation roller cylinder is stored in the anodized aluminium in the vacuum suction passage, then carries out cold wave, realizes the leapfrog of anodized aluminium.
On the transfer printing roller described above the PS version is installed.
The backing plate of anodized aluminium being pressed to roll web is installed on the impression roller described above, and roll web is delivered to cold wave when undertaking the printing of the top of roller, and the backing plate on the impression roller is pressed to roll web with anodized aluminium, makes anodized aluminium is close to needs cold wave on the roll web part.
Cold wave described above unit is at least one unit.
A kind of method of work of above-mentioned cold stamping printing equipment for roll paper is characterized in that it may further comprise the steps:
(1) roll web is delivered to the tension force control module through unwinding unit, and after the tension adjustment of overtension control module, roll web is transported to gluing traction roller;
(2) the gluing roller is printed on adhesive on the transfer printing roller, when gluing traction roller needs on roll web the part of cold wave to introduce transfer printing roller and gluing to undertake the printing of between the roller, transfer printing roller and the gluing roller of undertaking the printing of rotates synchronously, simultaneously the adhesive transfer printing is needed the part of cold wave at roll web; The roll web of finishing after the transfer printing continues to carry to the rolling direction, and when being delivered to gluing UV solidification equipment below, gluing UV solidification equipment strengthens the adhesive stickiness that is printed on the roll web, for next step cold wave is prepared;
(3) the storage aluminium device anodized aluminium that will temporarily store is emitted, when finishing roll web that UV solidifies and be delivered to cold wave and undertake the printing of between roller and the impression roller, backing plate on the impression roller is pressed to roll web with anodized aluminium, make anodized aluminium is close to needs cold wave on the paper part, along with the undertake the printing of synchronous rotation of roller and impression roller of cold wave, the part that anodized aluminium contacts with adhesive is stayed web surfaces, becomes one with paper, and remaining anodized aluminium is reclaimed by the foil closing roller after the cold wave; Backing plate on the impression roller has rotated to other angles simultaneously, no longer contact with the cold wave roller of undertaking the printing of, cold wave is undertaken the printing of again the gap between roller and the impression roller, the anodized aluminium that storage aluminium device is undertaken the printing of impression roller and cold wave between the roller spurs to the unwinding unit direction, realize the leapfrog of anodized aluminium, store simultaneously anodized aluminium, for next time cold wave is prepared; The roll web of finishing after the cold wave is transported to cold wave UV solidification equipment below, and cold wave UV solidification equipment is cured the part of just having finished cold wave on the roll web;
(4) roll web after the curing is delivered to rolling unit at last under the traction of rolling traction roller, realizes the cold wave process of whole roll web.
Storage aluminium device is swing arm storage aluminium device in the step described above (3), and when roll web was about to be delivered to cold wave and undertakes the printing of between roller and the impression roller, swing arm storage aluminium device to lower swing, transferred out the anodized aluminium of storage near an end swing arm of foil installation roller cylinder; When finishing roll web that UV solidifies and be delivered to cold wave and undertake the printing of between roller and the impression roller, backing plate on the impression roller is pressed to roll web with anodized aluminium, make anodized aluminium is close to needs cold wave on the paper part, along with the undertake the printing of synchronous rotation of roller and impression roller of cold wave, the part that anodized aluminium contacts with adhesive is stayed web surfaces, become one with paper, remaining anodized aluminium is reclaimed by the foil closing roller after the cold wave; Backing plate on the impression roller has rotated to other angles simultaneously, no longer contact with the cold wave roller of undertaking the printing of, cold wave is undertaken the printing of again the gap between roller and the impression roller, swing arm storage this moment aluminium device upwards swings near the swing arm of foil installation roller cylinder one end, the anodized aluminium that impression roller and cold wave are undertaken the printing of between the roller spurs to the unwinding unit direction, realize the leapfrog of anodized aluminium, while storage compartment anodized aluminium is for next time cold wave is prepared; The roll web of finishing after the cold wave is transported to cold wave UV solidification equipment below, and cold wave UV solidification equipment is cured the part of just having finished cold wave on the roll web.
Storage aluminium device is vacuum type storage aluminium device in the step described above (3), when roll web is about to be delivered to cold wave and undertakes the printing of between roller and the impression roller, the pulling of foil installation roller cylinder is stored in the anodized aluminium in the vacuum type storage aluminium device vacuum suction passage, the anodized aluminium that output stores; When finishing roll web that UV solidifies and be delivered to cold wave and undertake the printing of between roller and the impression roller, backing plate on the impression roller is pressed to roll web with anodized aluminium, make anodized aluminium is close to needs cold wave on the paper part, along with the undertake the printing of synchronous rotation of roller and impression roller of cold wave, the part that anodized aluminium contacts with adhesive is stayed web surfaces, become one with paper, remaining anodized aluminium is reclaimed by the foil closing roller after the cold wave; Backing plate on the impression roller has rotated to other angles simultaneously, no longer contact with the cold wave roller of undertaking the printing of, cold wave is undertaken the printing of again the gap between roller and the impression roller, the anodized aluminium that the foil installation roller cylinder is undertaken the printing of impression roller and cold wave between the roller spurs to the unwinding unit direction, realize the leapfrog of anodized aluminium, the anodized aluminium that the foil installation roller cylinder retracts is subjected to suction function to be inhaled into temporary transient storage the in the passage, for next time cold wave is prepared; The roll web of finishing after the cold wave is transported to cold wave UV solidification equipment below, and cold wave UV solidification equipment is cured the part of just having finished cold wave on the roll web.
Unwinding unit described above, tension force control module, gluing roller, transfer printing roller, coating unit, foil installation roller cylinder, cold wave unit, foil closing roller, impression roller, cold wave UV solidification equipment, rolling carry-over pinch rolls, rolling unit, cold wave the undertake the printing of roller, gluing traction roller of roller, gluing UV solidification equipment, gluing of undertaking the printing of all should be used known technology.
Superiority of the present invention is: 1, adopt independently cold wave unit, roll web is directly carried out cold wave, technique is flexible, and is applied widely; 2, can realize and control the leapfrog of anodized aluminium, greatly save anodized aluminium, reduce the production consumables cost; 3, when breaking down, can not adjust separately because of online and produce a large amount of waste products, shorten the adjustment time.
(4) description of drawings:
Fig. 1 is the structural representation of the swing arm storage aluminium device embodiment of a kind of cold stamping printing equipment for roll paper involved in the present invention.
Fig. 2 is the structural representation of the vacuum type storage aluminium device embodiment of a kind of cold stamping printing equipment for roll paper involved in the present invention.
Wherein, 1 is roll web, and 2 is unwinding unit, and 3 is the tension force control module, 4 is the gluing roller, and 5 are the transfer printing roller, and 6 is coating unit, and 7 is the foil installation roller cylinder, 8 are the cold wave unit, and 9-1 is swing arm storage aluminium device, and 9-2 is vacuum type storage aluminium device, 10 is the foil closing roller, and 11 is impression roller, and 12 are cold wave UV solidification equipment, 13 are rolling traction roller, and 14 is rolling unit, and 15 are the cold wave roller of undertaking the printing of, 16 is gluing UV solidification equipment, and 17 are the gluing roller of undertaking the printing of, and 18 is gluing traction roller.
(5) specific embodiment:
Embodiment 1: a kind of cold stamping printing equipment for roll paper (seeing Fig. 1) is characterized in that it comprises unwinding unit 2, tension force control module 3, coating unit 6, cold wave unit 8 and rolling unit 14; The output of described unwinding unit 2 connects the input of tension force control module 3; The output of described tension force control module 3 connects the input of coating unit 6; The output of described coating unit 6 connects the input of cold wave unit 8; The output of described cold wave unit 8 connects the input of rolling unit 14.
Coating unit 6 described above (seeing Fig. 1) is made of gluing roller 4, transfer printing roller 5, gluing UV solidification equipment 16, gluing roller 17 and the gluing traction roller 18 of undertaking the printing of; Described transfer printing roller 5 is positioned at the undertake the printing of top of roller 17 of gluing, and roll web 1 is undertaken the printing of from gluing and passed between roller 17 and the transfer printing roller 5, and transfer printing roller 5 is pressed on the roll web 1; Described gluing traction roller 18 is positioned at the undertake the printing of paper feed end of roller 17 of gluing, and gluing traction roller 18 is introduced roll web 1, and undertakes the printing of from gluing and to pass between roller 17 and the transfer printing roller 5, and transfer printing roller 5 is pressed on the roll web 1; Described transfer printing roller 5 contacts with gluing roller 4, and gluing roller 4 is positioned at the top of transfer printing roller 5; Described gluing roller 4 is printed on adhesive on the transfer printing roller 5, and transfer printing roller 5 needs the adhesive transfer printing part of cold wave again at roll web 1; Described gluing UV solidification equipment 16 between transfer printing roller 5 and impression roller 11, the top of roll web 1.
Cold wave described above unit 8 (seeing Fig. 1) is by foil installation roller cylinder 7, storage aluminium device, foil closing roller 10, impression roller 11, cold wave UV solidification equipment 12, rolling traction roller 13 and the cold wave roller 15 of undertaking the printing of; Described impression roller 11 is positioned at cold wave roller 15 tops of undertaking the printing of, and impression roller 11 and cold wave are undertaken the printing of gapped between the roller 15, and roll web 1 is undertaken the printing of from impression roller 11 and cold wave and passed between the roller 15; Described storage aluminium device is installed in the top of impression roller 11, and storage aluminium device realizes that by temporary transient storage anodized aluminium batch (-type) send paper tinsel, finishes the anodized aluminium leapfrog in the cold wave process; Described foil installation roller cylinder 7 and foil closing roller 10 are installed in respectively input and the output of storage aluminium device; Described cold wave UV solidification equipment 12 is undertaken the printing of between roller 15 and the rolling traction roller 13 in cold wave, the undertake the printing of top of roller 15 of cold wave.
Storage aluminium device described above (seeing Fig. 1) is swing arm storage aluminium device 9-1; Foil installation roller cylinder 7 is installed at the top of described swing arm storage aluminium device 9-1 and foil closing roller 10 is installed in swing arm storage aluminium device 9-1, foil installation roller cylinder 7 carries anodized aluminium through an end of swing arm storage aluminium device 9-1 swing arm, pass from the undertake the printing of gap of roller 15 of impression roller 11 and cold wave, then through the other end of swing arm storage aluminium device 9-1 swing arm, the useless paper tinsel after the last cold wave is packed up through foil closing roller 10; An end of swing arm is passed by the anodized aluminium that foil installation roller cylinder 7 transfers out among the swing arm storage aluminium device 9-1, the anodized aluminium of the other end after by thermoprint passes, the swing arm two ends can swing up and down around intermediate support, swing arm upwards swings near an end of foil installation roller cylinder 7, temporary transient storage compartment anodized aluminium, when roll web 1 was about to be delivered to the below of impression roller 11, an end of the close foil installation roller cylinder 7 of swing arm was to lower swing, transfer out the anodized aluminium of storage, realize the leapfrog of anodized aluminium.
On the transfer printing roller 5 described above the PS version is installed.
On the impression roller 11 described above the backing plate of anodized aluminium being pressed to roll web 1 is installed, roll web 1 is delivered to cold wave when undertaking the printing of the top of roller 15, backing plate on the impression roller 11 is pressed to roll web 1 with anodized aluminium, makes anodized aluminium is close to needs cold wave on the roll web 1 part.(seeing Fig. 1)
Cold wave described above unit 8 is a unit.(seeing Fig. 1)
A kind of method of work of above-mentioned cold stamping printing equipment for roll paper is characterized in that it may further comprise the steps:
(1) roll web 1 is delivered to tension force control module 3 through unwinding unit 2, and after the tension adjustment of overtension control module 3, roll web 1 is transported to gluing traction roller 18;
(2) gluing roller 4 is printed on adhesive on the transfer printing roller 5, when gluing traction roller 18 needs on roll web 1 part of cold wave to introduce transfer printing roller 5 and gluing to undertake the printing of between the roller 17, transfer printing roller 5 and the gluing roller 17 of undertaking the printing of rotates synchronously, simultaneously the adhesive transfer printing is needed the part of cold wave at roll web 1; The roll web 1 of finishing after the transfer printing continues to carry to the rolling direction, and when being delivered to gluing UV solidification equipment 16 below, gluing UV solidification equipment 16 strengthens the adhesive stickiness that is printed on the roll web 1, for next step cold wave is prepared;
(3) the storage aluminium device anodized aluminium that will temporarily store is emitted, when finishing roll web 1 that UV solidifies and be delivered to cold wave and undertake the printing of between roller 15 and the impression roller 11, backing plate on the impression roller 11 is pressed to roll web 1 with anodized aluminium, make anodized aluminium is close to needs cold wave on the paper part, along with the undertake the printing of synchronous rotation of roller 15 and impression roller 11 of cold wave, the part that anodized aluminium contacts with adhesive is stayed roll web 1 surface, become one with paper, remaining anodized aluminium is reclaimed by foil closing roller 10 after the cold wave; Backing plate on the impression roller 11 has rotated to other angles simultaneously, no longer contact with the cold wave roller 15 of undertaking the printing of, cold wave is undertaken the printing of has had again the gap between roller 15 and the impression roller 11, the anodized aluminium that storage aluminium device is undertaken the printing of impression roller 11 and cold wave between the roller 15 spurs to unwinding unit 2 directions, realize the leapfrog of anodized aluminium, store simultaneously anodized aluminium, for next time cold wave is prepared; The roll web 1 of finishing after the cold wave is transported to cold wave UV solidification equipment 12 belows, and the part of just having finished cold wave on 12 pairs of roll webs 1 of cold wave UV solidification equipment is cured;
(4) roll web 1 after the curing is delivered to rolling unit 14 at last under the traction of rolling traction roller 13, realizes the cold wave process of whole roll web.
Storage aluminium device is swing arm storage aluminium device 9-1 in the step described above (3), when roll web 1 is about to be delivered to cold wave and undertakes the printing of between roller 15 and the impression roller 11, one end swing arm of the close foil installation roller cylinder 7 of swing arm storage aluminium device 9-1 transfers out the anodized aluminium of storage to lower swing; When finishing roll web 1 that UV solidifies and be delivered to cold wave and undertake the printing of between roller 15 and the impression roller 11, backing plate on the impression roller 11 is pressed to roll web 1 with anodized aluminium, make anodized aluminium is close to needs cold wave on the paper part, along with the undertake the printing of synchronous rotation of roller 15 and impression roller 11 of cold wave, the part that anodized aluminium contacts with adhesive is stayed roll web 1 surface, become one with paper, remaining anodized aluminium is reclaimed by foil closing roller 10 after the cold wave; Backing plate on the impression roller 11 has rotated to other angles simultaneously, no longer contact with the cold wave roller 15 of undertaking the printing of, cold wave is undertaken the printing of has had again the gap between roller 15 and the impression roller 11, swing arm storage this moment aluminium device 8-1 upwards swings near the swing arm of foil installation roller cylinder 10 1 ends, the anodized aluminium that impression roller 11 and cold wave are undertaken the printing of between the roller 15 spurs to unwinding unit 2 directions, realize the leapfrog of anodized aluminium, while storage compartment anodized aluminium is for next time cold wave is prepared; The roll web 1 of finishing after the cold wave is transported to cold wave UV solidification equipment 12 belows, and the part of just having finished cold wave on 12 pairs of roll webs 1 of cold wave UV solidification equipment is cured.
Unwinding unit 2 described above, tension force control module 3, gluing roller 4, transfer printing roller 5, coating unit 6, foil installation roller cylinder 7, cold wave unit 8, foil closing roller 10, impression roller 11, cold wave UV solidification equipment 12, rolling carry-over pinch rolls 13, rolling unit 14, cold wave the undertake the printing of roller 17, gluing traction roller 18 of roller 15, gluing UV solidification equipment 16, gluing of undertaking the printing of all used known technology.
Embodiment 2: a kind of cold stamping printing equipment for roll paper (seeing Fig. 2) is characterized in that it comprises unwinding unit 2, tension force control module 3, coating unit 6, cold wave unit 8 and rolling unit 14; The output of described unwinding unit 2 connects the input of tension force control module 3; The output of described tension force control module 3 connects the input of coating unit 6; The output of described coating unit 6 connects the input of cold wave unit 8; The output of described cold wave unit 8 connects the input of rolling unit 14.
Coating unit 6 described above (seeing Fig. 2) is made of gluing roller 4, transfer printing roller 5, gluing UV solidification equipment 16, gluing roller 17 and the gluing traction roller 18 of undertaking the printing of; Described transfer printing roller 5 is positioned at the undertake the printing of top of roller 17 of gluing, and roll web 1 is undertaken the printing of from gluing and passed between roller 17 and the transfer printing roller 5, and transfer printing roller 5 is pressed on the roll web 1; Described gluing traction roller 18 is positioned at the undertake the printing of paper feed end of roller 17 of gluing, and gluing traction roller 18 is introduced roll web 1, and undertakes the printing of from gluing and to pass between roller 17 and the transfer printing roller 5, and transfer printing roller 5 is pressed on the roll web 1; Described transfer printing roller 5 contacts with gluing roller 4, and gluing roller 4 is positioned at the top of transfer printing roller 5; Described gluing roller 4 is printed on adhesive on the transfer printing roller 5, and transfer printing roller 5 needs the adhesive transfer printing part of cold wave again at roll web 1; Described gluing UV solidification equipment 16 between transfer printing roller 5 and impression roller 11, the top of roll web 1.
Cold wave described above unit 8 (seeing Fig. 2) is by foil installation roller cylinder 7, storage aluminium device, foil closing roller 10, impression roller 11, cold wave UV solidification equipment 12, rolling traction roller 13 and the cold wave roller 15 of undertaking the printing of; Described impression roller 11 is positioned at cold wave roller 15 tops of undertaking the printing of, and impression roller 11 and cold wave are undertaken the printing of gapped between the roller 15, and roll web 1 is undertaken the printing of from impression roller 11 and cold wave and passed between the roller 15; Described storage aluminium device is installed in the top of impression roller 11, and storage aluminium device realizes that by temporary transient storage anodized aluminium batch (-type) send paper tinsel, finishes the anodized aluminium leapfrog in the cold wave process; Described foil installation roller cylinder 7 and foil closing roller 10 are installed in respectively input and the output of storage aluminium device; Described cold wave UV solidification equipment 12 is undertaken the printing of between roller 15 and the rolling traction roller 13 in cold wave, the undertake the printing of top of roller 15 of cold wave.
Storage aluminium device described above (seeing Fig. 2) is vacuum type storage aluminium device 9-2; Be the vacuum suction passage among the described vacuum type storage aluminium device 9-2, be positioned at foil installation roller cylinder 7 and foil closing roller 10 tops, anodized aluminium is inhaled in the passage by suction function, temporary transient storage compartment anodized aluminium, when roll web 1 is about to be delivered to the below of impression roller 11,7 pullings of foil installation roller cylinder are stored in the anodized aluminium in the vacuum suction passage, then carry out cold wave, realize the leapfrog of anodized aluminium.
On the transfer printing roller 5 described above the PS version is installed.
On the impression roller 11 described above the backing plate of anodized aluminium being pressed to roll web 1 is installed, roll web 1 is delivered to cold wave when undertaking the printing of the top of roller 15, backing plate on the impression roller 11 is pressed to roll web 1 with anodized aluminium, makes anodized aluminium is close to needs cold wave on the roll web 1 part.(seeing Fig. 2)
Cold wave described above unit 8 is a unit.(seeing Fig. 2)
A kind of method of work of above-mentioned cold stamping printing equipment for roll paper is characterized in that it may further comprise the steps:
(1) roll web 1 is delivered to tension force control module 3 through unwinding unit 2, and after the tension adjustment of overtension control module 3, roll web 1 is transported to gluing traction roller 18;
(2) gluing roller 4 is printed on adhesive on the transfer printing roller 5, when gluing traction roller 18 needs on roll web 1 part of cold wave to introduce transfer printing roller 5 and gluing to undertake the printing of between the roller 17, transfer printing roller 5 and the gluing roller 17 of undertaking the printing of rotates synchronously, simultaneously the adhesive transfer printing is needed the part of cold wave at roll web 1; The roll web 1 of finishing after the transfer printing continues to carry to the rolling direction, and when being delivered to gluing UV solidification equipment 16 below, gluing UV solidification equipment 16 strengthens the adhesive stickiness that is printed on the roll web 1, for next step cold wave is prepared;
(3) the storage aluminium device anodized aluminium that will temporarily store is emitted, when finishing roll web 1 that UV solidifies and be delivered to cold wave and undertake the printing of between roller 15 and the impression roller 11, backing plate on the impression roller 11 is pressed to roll web 1 with anodized aluminium, make anodized aluminium is close to needs cold wave on the paper part, along with the undertake the printing of synchronous rotation of roller 15 and impression roller 11 of cold wave, the part that anodized aluminium contacts with adhesive is stayed roll web 1 surface, become one with paper, remaining anodized aluminium is reclaimed by foil closing roller 10 after the cold wave; Backing plate on the impression roller 11 has rotated to other angles simultaneously, no longer contact with the cold wave roller 15 of undertaking the printing of, cold wave is undertaken the printing of has had again the gap between roller 15 and the impression roller 11, the anodized aluminium that storage aluminium device is undertaken the printing of impression roller 11 and cold wave between the roller 15 spurs to unwinding unit 2 directions, realize the leapfrog of anodized aluminium, store simultaneously anodized aluminium, for next time cold wave is prepared; The roll web 1 of finishing after the cold wave is transported to cold wave UV solidification equipment 12 belows, and the part of just having finished cold wave on 12 pairs of roll webs 1 of cold wave UV solidification equipment is cured;
(4) roll web 1 after the curing is delivered to rolling unit 14 at last under the traction of rolling traction roller 13, realizes the cold wave process of whole roll web.
Storage aluminium device is vacuum type storage aluminium device 9-2 in the step described above (3), when roll web 1 is about to be delivered to cold wave and undertakes the printing of between roller 15 and the impression roller 11,7 pullings of foil installation roller cylinder are stored in the anodized aluminium in the vacuum type storage aluminium device 9-2 vacuum suction passage, the anodized aluminium that output stores; When finishing roll web 1 that UV solidifies and be delivered to cold wave and undertake the printing of between roller 15 and the impression roller 11, backing plate on the impression roller 11 is pressed to roll web 1 with anodized aluminium, make anodized aluminium is close to needs cold wave on the paper part, along with the undertake the printing of synchronous rotation of roller 15 and impression roller 11 of cold wave, the part that anodized aluminium contacts with adhesive is stayed roll web 1 surface, become one with paper, remaining anodized aluminium is reclaimed by foil closing roller 10 after the cold wave; Backing plate on the impression roller 11 has rotated to other angles simultaneously, no longer contact with the cold wave roller 15 of undertaking the printing of, cold wave is undertaken the printing of has had again the gap between roller 15 and the impression roller 11, the anodized aluminium that foil installation roller cylinder 7 is undertaken the printing of impression roller 11 and cold wave between the roller 15 spurs to unwinding unit 2 directions, realize the leapfrog of anodized aluminium, the anodized aluminium that foil installation roller cylinder 7 retracts is subjected to suction function to be inhaled into temporary transient storage the in the passage, for next time cold wave is prepared; The roll web 1 of finishing after the cold wave is transported to cold wave UV solidification equipment 12 belows, and the part of just having finished cold wave on 12 pairs of roll webs 1 of cold wave UV solidification equipment is cured.
Unwinding unit 2 described above, tension force control module 3, gluing roller 4, transfer printing roller 5, coating unit 6, foil installation roller cylinder 7, cold wave unit 8, foil closing roller 10, impression roller 11, cold wave UV solidification equipment 12, rolling carry-over pinch rolls 13, rolling unit 14, cold wave the undertake the printing of roller 17, gluing traction roller 18 of roller 15, gluing UV solidification equipment 16, gluing of undertaking the printing of all used known technology.
Claims (6)
1. a cold stamping printing equipment for roll paper is characterized in that it comprises unwinding unit, tension force control module, coating unit, cold wave unit and rolling unit; The output of described unwinding unit connects the input of tension force control module; The output of described tension force control module connects the input of coating unit; The output of described coating unit connects the input of cold wave unit; The output of described cold wave unit connects the input of rolling unit; Described cold wave unit is by foil installation roller cylinder, storage aluminium device, foil closing roller, impression roller, cold wave UV solidification equipment, rolling traction roller and the cold wave roller of undertaking the printing of; Described impression roller is positioned at the cold wave roller top of undertaking the printing of, and impression roller and cold wave are undertaken the printing of gapped between the roller, and roll web is undertaken the printing of from impression roller and cold wave and passed between the roller; Described storage aluminium device is installed in the top of impression roller; Described foil installation roller cylinder and foil closing roller are installed in respectively input and the output of storage aluminium device; Described cold wave UV solidification equipment is undertaken the printing of between roller and the rolling traction roller in cold wave, the undertake the printing of top of roller of cold wave; Described storage aluminium device is swing arm storage aluminium device; The foil installation roller cylinder is installed at the top of described swing arm storage aluminium device and the foil closing roller is installed in swing arm storage aluminium device; An end of swing arm is passed by the anodized aluminium that the foil installation roller cylinder transfers out in the swing arm storage aluminium device, and the anodized aluminium of the other end after by thermoprint passes, and the swing arm two ends can swing up and down around intermediate support.
2. described a kind of cold stamping printing equipment for roll paper according to claim 1 is characterized in that described coating unit is made of undertake the printing of roller and gluing traction roller of gluing roller, transfer printing roller, gluing UV solidification equipment, gluing; Described transfer printing roller is positioned at the undertake the printing of top of roller of gluing, and roll web is undertaken the printing of from gluing and passed between roller and the transfer printing roller, and the transfer printing roller is pressed on the roll web; Described gluing traction roller is positioned at the undertake the printing of paper feed end of roller of gluing; Described transfer printing roller and glue spreader socket joint touch, and the gluing roller is positioned at the top of transfer printing roller; Described gluing UV solidification equipment between transfer printing roller and impression roller, the top of roll web.
3. described a kind of cold stamping printing equipment for roll paper according to claim 2 is characterized in that on the described transfer printing roller PS version being installed.
4. described a kind of cold stamping printing equipment for roll paper according to claim 1 is characterized in that being equipped with on the described impression roller backing plate of anodized aluminium being pressed to roll web.
5. described a kind of cold stamping printing equipment for roll paper according to claim 1 is characterized in that described cold wave unit is at least one unit.
6. the method for work of a cold stamping printing equipment for roll paper is characterized in that it may further comprise the steps:
(1) roll web is delivered to the tension force control module through unwinding unit, and after the tension adjustment of overtension control module, roll web is transported to gluing traction roller;
(2) the gluing roller is printed on adhesive on the transfer printing roller, when gluing traction roller needs on roll web the part of cold wave to introduce transfer printing roller and gluing to undertake the printing of between the roller, transfer printing roller and the gluing roller of undertaking the printing of rotates synchronously, simultaneously the adhesive transfer printing is needed the part of cold wave at roll web; The roll web of finishing after the transfer printing continues to carry to the rolling direction, and when being delivered to gluing UV solidification equipment below, gluing UV solidification equipment strengthens the adhesive stickiness that is printed on the roll web, for next step cold wave is prepared;
(3) the storage aluminium device anodized aluminium that will temporarily store is emitted, when finishing roll web that UV solidifies and be delivered to cold wave and undertake the printing of between roller and the impression roller, backing plate on the impression roller is pressed to roll web with anodized aluminium, make anodized aluminium is close to needs cold wave on the paper part, along with the undertake the printing of synchronous rotation of roller and impression roller of cold wave, the part that anodized aluminium contacts with adhesive is stayed web surfaces, becomes one with paper, and remaining anodized aluminium is reclaimed by the foil closing roller after the cold wave; Backing plate on the impression roller has rotated to other angles simultaneously, no longer contact with the cold wave roller of undertaking the printing of, cold wave is undertaken the printing of again the gap between roller and the impression roller, the anodized aluminium that storage aluminium device is undertaken the printing of impression roller and cold wave between the roller spurs to the unwinding unit direction, realize the leapfrog of anodized aluminium, store simultaneously anodized aluminium, for next time cold wave is prepared; The roll web of finishing after the cold wave is transported to cold wave UV solidification equipment below, and cold wave UV solidification equipment is cured the part of just having finished cold wave on the roll web;
(4) roll web after the curing is delivered to rolling unit at last under the traction of rolling traction roller, realizes the cold wave process of whole roll web;
Storage aluminium device is swing arm storage aluminium device in the described step (3), and when roll web was about to be delivered to cold wave and undertakes the printing of between roller and the impression roller, swing arm storage aluminium device to lower swing, transferred out the anodized aluminium of storage near an end swing arm of foil installation roller cylinder; When finishing roll web that UV solidifies and be delivered to cold wave and undertake the printing of between roller and the impression roller, backing plate on the impression roller is pressed to roll web with anodized aluminium, make anodized aluminium is close to needs cold wave on the paper part, along with the undertake the printing of synchronous rotation of roller and impression roller of cold wave, the part that anodized aluminium contacts with adhesive is stayed web surfaces, become one with paper, remaining anodized aluminium is reclaimed by the foil closing roller after the cold wave; Backing plate on the impression roller has rotated to other angles simultaneously, no longer contact with the cold wave roller of undertaking the printing of, cold wave is undertaken the printing of again the gap between roller and the impression roller, swing arm storage this moment aluminium device upwards swings near the swing arm of foil installation roller cylinder one end, the anodized aluminium that impression roller and cold wave are undertaken the printing of between the roller spurs to the unwinding unit direction, realize the leapfrog of anodized aluminium, while storage compartment anodized aluminium is for next time cold wave is prepared; The roll web of finishing after the cold wave is transported to cold wave UV solidification equipment below, and cold wave UV solidification equipment is cured the part of just having finished cold wave on the roll web.
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201110137513 CN102248763B (en) | 2011-05-26 | 2011-05-26 | Roll paper cold iron printing equipment and operation method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201110137513 CN102248763B (en) | 2011-05-26 | 2011-05-26 | Roll paper cold iron printing equipment and operation method thereof |
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| CN102248763A CN102248763A (en) | 2011-11-23 |
| CN102248763B true CN102248763B (en) | 2013-10-16 |
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| CN103231595B (en) * | 2013-04-22 | 2015-05-20 | 苏州凹凸彩印厂 | Cold-printing process |
| CN103552372B (en) * | 2013-10-29 | 2015-10-21 | 广东金玉兰包装机械有限公司 | Have the cycle type multi-color printing ink printed unit of UV cold wave and UV press printing function concurrently |
| JP6784104B2 (en) * | 2016-09-06 | 2020-11-11 | コニカミノルタ株式会社 | Foil stamping system, foil stamping control method, and foil stamping control program |
| CN112406293B (en) * | 2020-10-12 | 2022-12-27 | 安徽美阅文化发展股份有限公司 | Gift box package cold-ironing device and processing technology thereof |
| CN115027134B (en) * | 2022-06-22 | 2023-09-22 | 宁波飞虹文化用品有限公司 | Offset printing online cold wave integrated processing equipment |
Family Cites Families (10)
| Publication number | Priority date | Publication date | Assignee | Title |
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| US6334248B1 (en) * | 1996-09-20 | 2002-01-01 | Total Register, Inc. | Apparatus and method for the continuous high speed rotary application of stamping foil |
| CN101407126B (en) * | 2007-10-12 | 2013-01-02 | 天津长荣印刷设备股份有限公司 | Unit type thermoprinting machine for reeled paper |
| CN201151231Y (en) * | 2008-01-12 | 2008-11-19 | 中山市松德包装机械股份有限公司 | Multi-color-class positioning cold wave transfer printing machine |
| TW200946350A (en) * | 2008-05-01 | 2009-11-16 | Shin Chin Iron Works Co Ltd | Cool gilding press machine and its method |
| CN101863160B (en) * | 2009-04-15 | 2011-09-07 | 武汉虹之彩包装印刷有限公司 | Web feed printing finishing production equipment |
| CN101596807A (en) * | 2009-06-26 | 2009-12-09 | 天津长荣印刷设备股份有限公司 | A kind of hot stamping equipment of reel materials and method of work thereof |
| CN201501154U (en) * | 2009-09-22 | 2010-06-09 | 刘家斌 | Gravure press with online positioning bronzing functions |
| CN101716850B (en) * | 2009-11-13 | 2012-01-18 | 深圳劲嘉彩印集团股份有限公司 | Cold foil printing equipment |
| CN201610333U (en) * | 2010-02-05 | 2010-10-20 | 广州番禺互通气动机器工程有限公司 | Buffering mechanism of receiving and releasing film of gilding press |
| CN202115090U (en) * | 2011-05-26 | 2012-01-18 | 天津长荣印刷设备股份有限公司 | Cold stamping printing equipment for roll paper |
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Effective date of registration: 20170301 Address after: 301605 Tianjin City, Jinghai Ziya circular economy industrial park, No. four road and Shandong road junction Patentee after: Tianjin EVA Chun Machinery Co. Ltd. Address before: 300400 Beichen science and Technology Industrial Park, Tianjin, Sichuan Road, No. 20 Patentee before: Tianjin Changrong Printing Equipment Co., Ltd. |