EP3552825B1 - Vollautomatische kaltprägungsmaschine vom drehradtyp - Google Patents

Vollautomatische kaltprägungsmaschine vom drehradtyp Download PDF

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Publication number
EP3552825B1
EP3552825B1 EP16923430.9A EP16923430A EP3552825B1 EP 3552825 B1 EP3552825 B1 EP 3552825B1 EP 16923430 A EP16923430 A EP 16923430A EP 3552825 B1 EP3552825 B1 EP 3552825B1
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Prior art keywords
stage
conveyor belt
post
foil
cylinder
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English (en)
French (fr)
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EP3552825A1 (de
EP3552825A4 (de
Inventor
Shengfeng LIN
Shengyuan Lin
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Wan Junxia
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Wan Junxia
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41F—PRINTING MACHINES OR PRESSES
    • B41F16/00—Transfer printing apparatus
    • B41F16/0006—Transfer printing apparatus for printing from an inked or preprinted foil or band
    • B41F16/002—Presses of the rotary type
    • B41F16/0033—Presses of the rotary type with means for applying print under pressure only, e.g. using pressure sensitive adhesive
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41G—APPARATUS FOR BRONZE PRINTING, LINE PRINTING, OR FOR BORDERING OR EDGING SHEETS OR LIKE ARTICLES; AUXILIARY FOR PERFORATING IN CONJUNCTION WITH PRINTING
    • B41G1/00—Apparatus for bronze printing or for like operations
    • B41G1/04—Apparatus for bronze printing or for like operations cylinder type

Definitions

  • the utility model relates to the technical field of printing equipment for special printing on substrates and in particular to a cylinder type fully automatic cold foil machine.
  • the cold foil technology combines a conventional printing technology and bonding technology, which not only increases the variability of printing design, but also can be used to produce products which have perfect effects of completing cold foil and embossing in one time.
  • the cold foil technology is widely used in the production of packaging boxes, tiny poster calendars, anti-counterfeit labels, various securities, and the like.
  • the cold foil technology can not only reduce production costs and improve production efficiency, but also re-create the added value of products. Therefore, the cold foil technology has gradually become a new development trend in printing technology.
  • the patent application CN 105856819 A discloses a full-automatic silk-screen cold-ironing printing machine comprising a frame body, a seal box, a conveyor belt mechanism, an infrared preheater, a vacuum suction mechanism for adsorbing a printing stock onto the conveyor belt mechanism, and a front end curer, an aluminum foil storer, an aluminum foil recoverer, a cold-ironing printing rubber covered roller mechanism and a rear end curer which are positioned in the seal box, respectively, wherein a fresh air port and an air ourlet are formed on the seal box.
  • an objective of the utility model is to provide a cylinder type fully automatic cold foil machine.
  • a cylinder type fully automatic cold foil machine comprising:
  • the stamping foil mounting device comprises at least one multi-stage guiding roller set located above the front-stage conveyor belt in the front-rear direction, each of the multi-stage guiding roller sets comprises a slip-type air shaft on top for mounting a roll of stamping foil and a bottom slip-type air shaft, and the bottom slip-type air shaft is located under the top slip-type air shaft; the top slip-type air shaft and the bottom slip-type air shaft are each correspondingly provided with a tension guide roller for performing tension and guiding control on the stamping foil, and a discharging guide roller is disposed between the tension guide roller corresponding to the bottom slip-type air shaft and the front foil pressing roller; the stamping foil on the top slip-type air shaft is drawn to be between the rotary main cylinder and the front foil pressing roller through the tension guide roller corresponding to the top slip-type air shaft, the tension guide roller corresponding to the bottom slip-type air shaft and the discharging guide roller; and the stamping foil on the bottom slip-type air shaft is drawn to be between the
  • the conveyor belt mechanism further comprises a single-stage roll matching one of the multi-stage roll sets for use;
  • the single-stage roll comprises a single-stage slip-type air shaft parallel to the top slip-type air shaft in a left-to-right or right-to-left mode;
  • the single-stage slip-type air shaft is correspondingly provided with at least one single-stage tension guide roller;
  • stamping foil on the single-stage slip-type air shaft is drawn to be between the rotary main cylinder and the front foil pressing roller through the single-stage tension guide roller, the tension guide roller corresponding to the bottom slip-type air shaft and the discharging guide roller.
  • the front foil pressing roller and the rear foil pressing roller each comprise a roller pneumatic lifting cylinder mounted in the machine frame body and located below the conveyor belt mechanism, a pressing rubber roller placed above the conveyor belt mechanism and tangential to the rotary main cylinder, and a lifting swing arm that is connected to the machine frame body through a shaft, with the bottom end connected with the rubber roll lifting cylinder and the top end connected with the pressing rubber rollers.
  • the conveyor belt mechanism further comprises a front connecting conveyor belt that has the left end connected to the machine frame body through a shaft and is located on the feeding side of the front-stage conveyor belt and a rear connecting conveyor belt that has the right end connected to the machine frame body through a shaft and is located on the discharging side of the post-stage conveyor belt;
  • the synchronous belt set comprises a first front-stage synchronous belt, a second front-stage synchronous belt, a first front-stage synchronous wheel, a second front-stage synchronous wheel, a front-stage tensioning wheel, a first post-stage synchronous belt, a second post-stage synchronous belt, a third post-stage synchronous belt, a first post-stage synchronous wheel, a second post-stage synchronous wheel, a third post-stage synchronous wheel, and a post-stage tensioning wheel;
  • the front-stage tensioning wheel and the second front-stage synchronous wheel are sequentially distributed from top to bottom below the feeding end of the front-stage conveyor belt, the first front-stage synchronous wheel is
  • the machine frame body is internally provided with a front-stage overturning cylinder and a post-stage overturning cylinder
  • a power shaft of the front-stage overturning cylinder is connected to the bottom surface of the front connecting conveyor belt
  • the front-stage overturning cylinder drives the front connecting conveyor belt to perform a 90-degree overturning movement relative to the front-stage conveyor belt
  • a power shaft of the post-stage overturning cylinder is connected to the bottom surface of the rear connecting conveyor belt
  • the post-stage overturning cylinder drives the rear connecting conveyor belt to perform a 90-degree overturning movement relative to the post-stage conveyor belt.
  • the vacuum suction mechanism comprises a vacuum pump, a vacuum accumulator, and a plurality of air suction pipes; the vacuum pump and the vacuum accumulator are mounted in the machine frame body and located below the conveyor belt mechanism; the vacuum accumulator is connected with the vacuum pump, the tail end of each of the air suction pipes is connected with the vacuum pump, the head end of each of the air suction pipes is respectively correspondingly connected to the bottom surfaces of the front connecting conveyor belt, the front-stage conveyor belt, the post-stage conveyor belt, and the rear connecting conveyor belt.
  • the cylinder type fully automatic cold foil machine further comprises a cooling pipe assembly for supplying a cooling medium
  • the cooling pipe assembly comprises cooling pipes distributed by passing through the rotating main cylinder , the pre-curing device, the in-printing curing device and the post-curing device, and cooling supporting plates disposed above or below the front-stage conveyor belt and the post-stage conveyor belt; and the pre-curing device and the post-curing device are located within the contour coverage of the corresponding cooling supporting plates respectively.
  • a foiling portion of the utility model adopts a structure form of matching the rotating main cylinder with the two foil pressing rollers, which can carry out two-side press fit transfer processing of stamping foil and a printing substrate; at the same time, glue on the printing substrate cured at different degrees in the pre-curing , in-printing curing and post-curing stages by using the three curing devices, which can effectively ensure the integrity of foil patterns and a foiling effect; and the rotary cylinder type fully automatic cold foil machine is simple and compact in structure and can ensure effects of foiling processes such as , cold foil ,raised cold foil, cast and cure and raised cast and cure.
  • the entire machine can be seamlessly connected to other printing devices and can implement on-line running-form one-time printing of printed products such as sheets, films, and paper, without the need for additional process settings, thereby effectively improving production efficiency.
  • the machine has a strong practical value and marketing value.
  • the machine also has the following effects: 1.Through the arranged seal box b, not only can a relatively closed printing environment be formed on the machine to prevent pollution from the external environment, but also a printed product in the seal box b can be air-cooled through the fresh air port 3 and the air outlet 4 as needed, thereby effectively solving the problem of deformation of the printing substrate A or the final printed product easily caused by the overtemperature of the pre-curing device e, the in-printing curing device n and the post-curing device k. 2.
  • the printing substrate A or the finished product can be adsorbed to the conveyor belt mechanism c, thereby effectively preventing the printing substrate A or the finished product from being deviated or deformed in the conveying process.
  • the structural design of the stamping foil mounting device f enables the whole machine to mount a plurality of different stamping foil rolls according to the number of printed patterns to meet the requirements for the number of printed patterns. 4. Components in the whole machine can be under centralized control through the electrical control assembly, which provides the hardware basis for the digital automatic control of the machine, operation smoothness, operation accuracy, and the like.
  • the stamping foil mounting device f of the embodiment comprises at least one multi-stage roll set disposed above the front-stage conveyor belt 5 in the front-rear direction, each of the multi-stage roll sets comprises a top slip-type air shaft 10 for storing a stamping foil roll and a bottom slip-type air shaft 11, and the bottom slip-type air shaft 11 is located under the top slip-type air shaft 10; the top slip-type air shaft 10 and the bottom slip-type air shaft 11 are each correspondingly provided with a tension guide roller 12 for performing tension and guiding control on the stamping foil B, and a discharging guide roller 13 is disposed between the tension guide roller 12 corresponding to the bottom slip-type air shaft 11 and the front foil pressing roller 8.
  • stamping foil B when the stamping foil B is pulled, the stamping foil B on the top slip-type air shaft 10 is pulled to be between the rotating main cylinder 7 and the front foil pressisng roller 8 through the tension guide roller 12 corresponding to the top slip-type air shaft 10, the tension guide roller 12 corresponding to the bottom slip-type air shaft 11 and the discharging guide roller 13, and stamping foil B on the bottom slip-type air shaft 11 is pulled to be between the rotating main cylinder 7 and the front foil pressing roller 8 through the tension guide roller 12 corresponding to the bottom slip-type air shaft 11 and the discharging guide roller 13.
  • a plurality of slip-type air shafts may be arranged in the up-and-down direction between the top slip-type air shaft 10 and the bottom slip-type air shaft 11 (correspondingly, each of the slip-type air shafts is correspondingly provided with a tension guide roller shaft); after the stamping foil B located on the upper slip-type air shaft is guided out by the corresponding tension guide roller shaft, the stamping foil B can be guided out through the tension guide roller shaft corresponding to the lower slip-type air shaft, and is finally guided to be between the rotating main cylinder 7 and the front foil pressing roller 8 through the discharging guide roller 13.
  • the stamping foil mounting device f of the embodiment further includes a single-stage roll matching one of the multi-stage roll sets for use;
  • the single-stage roll comprises a single-stage slip-type air shaft 14 parallel to the top slip-type air shaft 10 in a left-to-right or right-to-left mode;
  • the single-stage slip-type air shaft 14 is correspondingly provided with at least one single-stage tension guide roller 15;
  • stamping foil B on the single-stage slip-type air shaft 14 is pulled to be between the rotating main cylinder 7 and the front foil pressing roller 8 through the single-stage tension guide roller 15, the tension guide roller 12 corresponding to the bottom slip-type air shaft 11 and the discharging guide roller 13.
  • the front foil pressing roller 8 and the rear fol 9 of the embodiment each comprise a rubber roll lifting cylinder 16 mounted in the machine frame body a and located below the conveyor belt mechanism c, a coining rubber roll placed above the conveyor belt mechanism c and tangential to the rotating main cylinder 7, and a lifting swing arm 17 that is connected to the machine frame body a through a shaft, with the bottom end connected with the rubber roll lifting cylinder 16 and the top end connected with the coining rubber roll.
  • the coining rubber roll can be away from or close to the rotating main cylinder 7 by means of the swing effect of the lifting swing arm 17, so that the bearing pressure is regulated by using the coining rubber roll, and it is ensured that the stamping foil B can be transferred and adhere to the surface of a pattern of the printing substrate A.
  • the conveyor belt mechanism c of the embodiment further includes a front connecting conveyor belt 18 that has the left end connected to the machine frame body a through a shaft and is located on the feeding side of the front-stage conveyor belt 5 and a rear connecting conveyor belt 19 that has the right end connected to the machine frame body a through a shaft and is located on the discharging side of the post-stage conveyor belt 6;
  • the synchronous belt set comprises a first front-stage synchronous belt 200, a second front-stage synchronous belt 201, a first front-stage synchronous wheel 202, a second front-stage synchronous wheel 203, a front-stage tensioning wheel 204, a first post-stage synchronous belt 205, a second post-stage synchronous belt 206, a third post-stage synchronous belt 207, a first post-stage synchronous wheel 208, a second post-stage synchronous wheel 209
  • the rotating main cylinder 7 can be used as a driving wheel of the whole synchronous belt set, the synchronous movement of each conveyor belt can be achieved by the cooperation of each of the synchronous belts and each of the synchronous wheels, thereby ensuring that the printing substrate A and the finished product are conveyed stably; meanwhile, the front connecting conveyor belt 18 can be in butt joint with a front-end process processing device C to receive the printing substrate A conveyed by the front-end process processing device C, and the rear connecting conveyor belt 19 can be in butt joint with a post-stage process processing device D to output the finished product having undergone cold foil processing. Therefore, the entire machine can be seamlessly connected to other printing devices and can implement on-line running-form one-time printing of printed products such as sheets, films, and paper, without the need for additional process settings, thereby effectively improving production efficiency.
  • the machine frame body a is internally provided with a front-stage overturning cylinder 21 and a post-stage overturning cylinder 22, a power shaft of the front-stage overturning cylinder 21 is connected to the bottom surface of the front connecting conveyor belt 18, and the front-stage overturning cylinder 21 drives the front connecting conveyor belt 18 to perform a 90-degree overturning movement relative to the front-stage conveyor belt 5; a power shaft of the post-stage overturning cylinder 22 is connected to the bottom surface of the rear connecting conveyor belt 19, and the post-stage overturning cylinder 22 drives the rear connecting conveyor belt 19 to perform a 90-degree overturning movement relative to the post-stage conveyor belt 6. Therefore, depending on the actual production needs, the corresponding conveying belt can be overturned downwards for folding and storage or overturned upwards for unfolding and connection by means of the overturning cylinders.
  • the vacuum suction mechanism m of the embodiment comprises a vacuum pump 23, a vacuum accumulator (not shown in the figure), and a plurality of air suction pipes (not shown in the figure); the vacuum pump 23 and the vacuum accumulator are mounted in the machine frame body a and located below the conveyor belt mechanism c; the vacuum accumulator is connected with the vacuum pump 23, the tail end of each of the air suction pipes is connected with the vacuum pump 23, the head end of each of the air suction pipes is respectively correspondingly connected to the bottom surfaces of the front connecting conveyor belt 18, the front-stage conveyor belt 5, the post-stage conveyor belt 6, and the rear connecting conveyor belt 19 (the above conveyor belts are each provided with a negative pressure air pipe 24 in butt joint with the head end of the air suction pipe).
  • negative pressure regions can be formed on each conveyor belt by using negative pressure power generated by the vacuum pump 23, so that the printing substrate A and even the finished product can be adsorbed to the corresponding conveyor belt, and particularly it can be ensured that the printing substrate A is not subjected to problems such as deviation or deformation in the conveying process.
  • the cold foil machine of the embodiment further includes a cooling pipe assembly for supplying a cooling medium (such as cooling oil, cooling water, or cold air), the cooling pipe assembly comprises cooling pipes 25 distributed by passing through the rotating main cylinder 7, the pre-curing device e, the in-printing curing device n and the post-curing device k, and cooling supporting plates 26 disposed above or below the front-stage conveyor belt 5 and the post-stage conveyor belt 6; and the pre-curing device e and the post-curing device k are located within the contour coverage of the corresponding cooling supporting plates 26 respectively.
  • a cooling medium such as cooling oil, cooling water, or cold air
  • the provided cooling pipe assembly can provide an auxiliary cooling function for an irradiation area of the curing device, avoiding excessive environmental temperature in the area; at the same time, performance improvement can be performed on each curing device, for example, a stepless dimming lamp is used as a core illumination element.
  • the cold foil machine of the embodiment can adopt the following usage and control principles, that is:

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Labeling Devices (AREA)
  • Supply, Installation And Extraction Of Printed Sheets Or Plates (AREA)
  • Press Drives And Press Lines (AREA)

Claims (8)

  1. Vollautomatische Kaltfolienmaschine vom Zylindertyp, umfassend:
    einen Maschinenrahmenkörper (a, Abb. 1), wobei der Maschinenrahmenkörper (a, Abb. 1) mit einer elektrischen Steueranordnung versehen ist, die als Kernsteuerung funktioniert;
    ein Dichtungskasten (b, Abb. 1), wobei der Dichtungskasten (b, Abb. 1) auf dem Maschinenrahmenkörper (a, Abb. 1) montiert ist, und wobei der Dichtungskasten (b, Abb. 1) mit einen Frischluftanschluss (3, Abb. 2) und einen Luftauslass (4, Abb. 4) versehen ist;
    einen Förderbandmechanismus (c, Abb. 1) zum Fördern eines Drucksubstrats (A, Abb. 1), wobei der Förderbandmechanismus (c, Abb. 1) auf dem Maschinenrahmenkörper (a, Abb. 1) montiert und so verteilt ist, dass er durch den Dichtungskasten (b, Abb. 1) in der Richtung von links nach rechts oder von rechts nach links verläuft;
    einen Infrarotvorwärmer (d, Abb. 1) zum Vorheizen des Drucksubstrats (A, Abb. 1) und zum Nivellieren des Klebstoffs auf dem Drucksubstrat (A, Abb. 1), wobei der Infrarotvorwärmer (d, Abb. 1) über dem Zufuhrende des Förderbandmechanismus (c, Abb. 1) in der Richtung von vorne nach hinten montiert ist;
    eine Vorhärtungsvorrichtung (e, Abb. 1) zum Halbhärten des Klebstoffs auf dem Drucksubstrat (A, Abb. 1), wobei die Vorhärtungsvorrichtung über dem Förderbandmechanismus (c, Abb. 1) in der Richtung von vorne nach hinten angebracht ist und sich auf der Ausstoßseite des Infrarotvorwärmers (d, Abb. 1) befindet;
    eine Stanzfolien-Montagevorrichtung (f, Abb. 1) zum Speichern einer Vielzahl von Stanzfolienrollen und zum Führen und Entladen von Stanzfolien, wobei die Stanzfolien-Montagevorrichtung (f, Abb. 1) über dem Förderbandmechanismus (c, Abb. 1) in der Richtung von vorne nach hinten montiert ist und sich auf der Ausstoßseite der Vorhärtungsvorrichtung (e, Abb. 1) befindet;
    einen Kaltfolien-Gummiwalzenmechanismus (h, Abb. 1) zum Übertragen der durch die Stanzfolien-Montagevorrichtung (f, Abb. 1) herausgeführten Stanzfolie auf das Drucksubstrat (A, Abb. 1);
    eine Stempelfolien-Rückspulvorrichtung (g, Abb. 1) zum Ziehen der von der Stanzfolien-Montagevorrichtung (f, Abb. 1) ausgegebenen Stanzfolie und zum Recyceln eines Abfallfilms der Stanzfolie (B, Abb. 1),wobei die Stempelfolien-Rückspulvorrichtung (g, Abb. 1) über der Ausstoßseite des Förderbandmechanismus (c, Abb. 1) angebracht ist und sich auf der Ausstoßseite des Kaltfolien-Gummiwalzenmechanismus (h, Abb. 1) befindet;
    eine Nachhärtungsvorrichtung (k, Abb. 1) zum Durchführen einer verstärkten Härtungsverarbeitung auf Klebstoff zwischen der Stanzfolie und dem Drucksubstrat (A, Abb. 1), wobei die Nachhärtungsvorrichtung (k, Abb. 1) über dem Förderbandmechanismus (c, Abb. 1) in der Richtung von vorne nach hinten angebracht ist und sich auf der Ausstoßseite des Kaltfolien-Gummiwalzenmechanismus (h, Abb. 1) befindet;
    und
    einen Vakuumsaugmechanismus (m, Abb. 1) zum Adsorbieren des Drucksubstrats (A, Abb. 1) an den Förderbandmechanismus (c, Abb. 1), wobei der Vakuumsaugmechanismus (m, Abb. 1) unterhalb des Förderbandmechanismus (c, Abb. 1) angeordnet und mit dem Förderbandmechanismus (c, Abb. 1) verbunden ist;
    wobei
    der Förderbandmechanismus (c, Abb. 1) ein Front-Stage-Förderband (23, Abb. 2), das unter der Vorhärtungsvorrichtung (e, Abb. 1) und der Stanzfolien-Montagevorrichtung (f, Abb. 1) in der Richtung von links nach rechts oder von rechts nach links angeordnet ist, und ein Post-Stage-Förderband (21, Abb. 2), das unter der Stempelfolien-Rückspulvorrichtung (g, Abb. 1) und der Nachhärtungsvorrichtung (k, Abb. 1) in der Richtung von links nach rechts oder von rechts nach links angeordnet ist, umfasst;
    wobei der Kaltfolien-Gummiwalzenmechanismus (h, Abb. 1) einen rotierenden Hauptzylinder (7, Abb. 2) umfasst, der zwischen dem Front-Stage-Förderband (23, Abb. 2) und dem Post-Stage-Förderband (21, Abb. 2) angeordnet ist und jeweils mit dem Front-Stage-Förderband (23, Abb. 2) und dem Post-Stage-Förderband (21, Abb. 2) über einen Synchronriemensatz verbunden ist;
    wobei die Vorhärtungsvorrichtung (e, Abb. 1), die Stanzfolien-Montagevorrichtung (f, Abb. 1), das Front-Stage-Förderband (23, Abb. 2), der Kaltfolien-Gummiwalzenmechanismus (h, Abb. 1). 1), das Post-Stage-Förderband (21, Abb. 2), die Nachhärtungsvorrichtung (k, Abb. 1) und der Stempelfolien-Rückspulvorrichtung sich in dem Dichtungskasten (b, Abb. 1) befinden, dadurch gekennzeichnet,
    dass das Front-Stage-Förderband (23, Abb. 2) unter dem Infrarotvorwärmer (d, Abb. 1) angeordnet ist, der sich in dem Dichtungskasten (b, Abb. 1) befindet. dass in Bezug auf die horizontale Ebene die Einbaulage des Front-Stage-Förderbandes (23, Abb. 2) am Maschinenrahmenkörper (a, Abb. 1) höher als die des Post-Stage-Förderbandes (21, Abb.2) am Maschinenrahmenkörper (a, Abb. 1) ist;
    dass der Kaltfolien-Gummiwalzenmechanismus (h, Abb. 1) eine vordere Folienpresswalze (8, Abb. 2), die über dem Ausstoßende des Front-Stage-Förderbandes (23, Abb. 2) und tangential zum rotierenden Hauptzylinder (7, Abb. 2) angeordnet ist, und eine hintere Folienpresswalze (9, Abb. 2), die über dem Zuführende des Post-Stage-Förderbandes (21, Abb. 2) und tangential zum rotierenden Hauptzylinder (7, Abb. 2) angeordnet ist, umfasst; und dass die vollautomatische Kaltfolienmaschine vom Zylindertyp ferner eine In-Print-Härtungsvorrichtung (n, Abb. 1) umfasst, die auf dem Maschinenrahmenkörper (a, Abb. 1) und zwischen der vorderen Folienpresswalze (8, Abb. 1) und der hinteren Folienpresswalze (9, Abb. 2) angeordnet ist, um das Drucksubstrat (A, Abb. 1) zu härten, worauf die Stanzfolie gedrückt wird.
  2. Vollautomatische Kaltfolienmaschine vom Zylindertyp nach Anspruch 1, wobei die Stanzfolien-Montagevorrichtung (f, Abb. 1) mindestens einen Multi-Stage Rollensatz umfasst, der über dem Front-Stage-Förderband (23, Abb. 2) in der Richtung von vorne nach hinten angeordnet ist, wobei jeder der Multi-Stage Rollensätze eine obere Luftwelle vom Schlupftyp (10, Abb. 2) zum Aufbewahren einer Stanzfolienrolle und eine untere Luftwelle vom Schlupftyp (11, Abb. 2) umfasst, und wobei die untere Luftwelle vom Schlupftyp (11, Abb. 2) sich unter der oberen Luftwelle vom Schlupftyp (10, Abb. 2) befindet; wobei die obere Luftwelle vom Schlupftyp (10, Abb. 2) und die untere Luftwelle vom Schlupftyp (11, Abb. 2) jeweils entsprechend mit einer Spannungsführungsrolle (12, Abb. 2) für Ausführung der Spannung und Steuerleitung auf der Stanzfolien versehen sind, und wobei eine Entladungsführungsrolle (12, Abb. 2) zwischen der Spannführungsrolle (12, Abb. 2), die der unteren Luftwelle vom Schlupftyp (11, Abb. 2) entsprechend ist, und der vorderen Folienpresswalze (8, Abb. 2) angeordnet ist;
    wobei die Stanzfolie auf der oberen Luftwelle vom Schlupftyp (10, Abb. 2) wird durch die Spannungsführungsrolle (12, Abb. 2), die der oberen Luftwelle vom Schlupftyp (10, Abb. 2) entspricht, die Spannungsführungsrolle (12, Abb. 2), die der unteren Luftwelle vom Schlupftyp (11, Abb. 2) entspricht, und der Entladungsführungsrolle (12, Abb. 2),so gezogen, dass sie sich zwischen den rotierenden Hauptzylinder (7, Abb. 2) und der vorderen Folienpresswalze (8, Abb. 2); und dass die Stanzfolie auf der unteren Luftwelle vom Schlupftyp (11, Abb. 2) ist durch die Spannungsführungsrolle (12, Abb. 2), die der unteren Luftwelle vom Schlupftyp (11, Abb. 2) entspricht, und die Entladungsführungsrolle (12, Abb. 2), so gezogen, dass sie sich zwischen dem rotierenden Hauptzylinder (7, Abb. 2) und der vorderen Entladungsführungsrolle (8, Abb. 2) befindet.
  3. Vollautomatische Kaltfolienmaschine vom Zylindertyp nach Anspruch 2, wobei der Förderbandmechanismus (c, Abb. 1) ferner eine einstufige Walze umfasst, die zu einem der mehrstufigen Walzensätze zur Verwendung passt, wobei die einstufige Walze eine einstufige Luftwelle vom Schlupftyp (14, Abb. 2) parallel zur oberen Luftwelle vom Schlupftyp (10, Abb. 2) in einem Modus von links nach rechts oder von rechts nach links umfasst; wobei die Luftwelle vom Schlupftyp (14, Abb. 2) dementsprechend mit mindestens einer einstufigen Spannungsführungsrolle (12, Abb. 2) versehen ist; und wobei Stanzfolie auf der einstufigen Luftwelle vom Schlupftyp (14, Abb. 2) durch die einstufige Spannungsführungsrolle (12, Abb. 2) und die Spannungführungsrolle (12, Abb. 2), die der unteren Luftwelle vom Schlupftyp (11, Abb. 2) entspricht, und die Entladungsführungsrolle (12, Abb. 2) so gezogen ist, dass sie zwischen dem rotierenden Hauptzylinder (7, Abb. 2) und der vorderen Folienpresswalze (8, Abb. 2) und der entladenden Führungsrolle ist.
  4. Vollautomatische Kaltfolienmaschine vom Zylindertyp nach Anspruch 1, wobei die vordere Folienpresswalze (8, Abb. 2) und die hintere Folienpresswalze (9, Abb. 2) jeweils einen Gummirollenhubzylinder (16, Abb. 2), der in dem Maschinenrahmenkörper (a, Abb. 2) montiert ist und sich unterhalb des Förderbandmechanismus (c, Abb. 1) befindet, eine prägende Gummiwalze, die über dem Förderbandmechanismus (c, Abb. 1) und tangential zum rotierenden Hauptzylinder (7, Abb. 2) angeordnet ist, und eine Hubschwinge (1, 7, Abb. 2), die durch eine Welle mit dem Maschinenrahmenkörper (a, Abb. 1) verbunden ist, wobei das untere Ende mit dem Gummirollenhubzylinder (16, Abb. 2) verbunden ist und wobei das obere Ende mit der prägenden Gummiwalze verbunden ist, umfassen.
  5. Vollautomatische Kaltfolienmaschine vom Zylindertyp nach Anspruch 1, wobei der Förderbandmechanismus (c, Abb. 1) ferner ein vorderes Verbindungsförderband (18 , Abb. 2) umfasst, dessen linkes Ende über eine Welle mit dem Maschinenrahmenkörper (a, Abb. 1) verbunden ist, und das auf der Zuführseite des Front-Stage-Förderbandes (23, Abb.2) angeordnet ist, und ein hinteres Verbindungsförderband (19, Abb. 2), dessen rechtes Ende über eine Welle mit dem Maschinenrahmenkörper (a, Abb. 1) verbunden ist und das auf der Ausstoßseite des Post-Stage-Förderbandes (21, Abb.2) angeordnet ist; wobei der Synchronbandsatz einen ersten Front-Stage-Synchronband (200, Abb. 3), einen zweiten Front-Stage-Synchronband (201, Abb. 3), ein erstes Front-Stage-Synchronrad (202, Abb. 3). ein zweites Front-Stage-Synchronrad (203, Abb. 3), ein Front-Stage-Spannrad (204, Abb. 3), ein erstes Front-Stage-Synchronband (205, Abb. 3), ein zweites Post-Stage-Synchronrad (206, Abb. 3), ein dritter Post-Stage-Synchronband (207, Abb. 3), ein erstes Post-Stage-Synchronrad (208, Abb. 3), ein zweites Post-Stage-Synchronrad (209, Abb. 3) .3) ein drittes Post-Stage-Synchronrad (210, Abb. 3) und ein Post-Stage-Spannrad (21 1, Abb. 3) umfasst;
    wobei das Post-Stage-Spannrad (204, Abb. 3) und das zweite Front-Stage-Synchronrad (203, Abb. 3) nacheinander von oben nach unten unterhalb des Zuführendes des Front-Stage-Förderbandes (23, Abb. 2) verteilt sind, wobei das erste Front-Stage-Synchronrad (202, Abb.3) unterhalb des Front-Stage-Förderbandes (23, Abb.2) angeordnet ist, wobei das erste Front-Stage-Synchronband (200, Abb. 3) den rotierenden Hauptzylinder (7, Abb. 2) mit dem ersten Front-Stage-Synchronrad (202, Abb. 3) in einer Hülsenform integriert, und wobei das linke Ende des zweiten Front-Stage-Synchronbandes (201, Abb. 3) um das erstes Front-Stage-Synchronrad (202, Abb. 3) gewickelt ist; wobei das rechte Ende des zweiten Front-Stage-Synchronbandes (201, Abb. 3) gleichzeitig um das zweite Front-Stage-Synchronrad (203, Abb. 3), eine rotierende Welle am linken Ende des vorderen Verbindungsförderbandes (18, Abb. 2) und eine rotierende Welle am rechten Ende des Front-Stage-Förderband (23, Abb. 2) gewickelt wird; und wobei das Front-Stage-Spannrad (204, Abb. 3) auf den zweiten Front-Stage-Synchronband (201, Abb. 3) gedrückt wird; wobei das Post-Stage-Spannrad (211, Abb. 3) und das dritte Front-Stage-Synchronrad (210, Abb. 3) nacheinander von oben nach unten unterhalb des Ausstoßendes des Post-Stage-Förderbandes (21, Abb. 2) verteilt sind , wobei das erstes Post-Stage-Synchronrad (208, Abb. 3) unterhalb des rechten Endes des rotierenden Hauptzylinders (7, Abb. 2) angeordnet ist, wobei das zweite Post-Stage-Synchronrad (209, Abb. 3) unterhalb des Post-Stage-Förderbandes (21, Abb. 2) angeordnet ist, wobei das erste Post-Stage-Synchronband (205, Abb. 3) den rotierenden Hauptzylinder (7, Abb. 2) mit dem ersten Post-Stage-Synchronrad (208, Abb. 3) in einer Hülsenform integriert, wobei das zweite Post-Stage-Synchronrad (206, Abb. 3) das erste Post-Stage-Synchronrad (208, Abb. 3) mit dem zweiten Post-Stage-Synchronrad (209, Abb. 3) in einer Hülsenform integriert, und wobei das rechte Ende des dritten Post-Stage-Synchronbandes (207, Abb. 3) um das zweites Post-Stage-Synchronrad (209, Abb. 3) gewickelt ist; wobei das linke Ende des dirtten Post-Stage-Synchronbandes (207, Abb. 3) gleichzeitig um das dritte Post-Stage-Synchronrad (210, Abb. 3), eine rotierende Welle am rechten Ende des hinterenVerbindungsförderbandes (19, Abb. 2) und eine rotierende Welle am linken Ende des Post-Stage-Förderband (21, Abb. 2) gewickelt wird; und wobei das Post-Stage-Spannrad (211, Abb. 3) auf den dritten Post-Stage-Synchronband (207, Abb. 3) gedrückt wird.
  6. Vollautomatische Kaltfolienmaschine vom Zylindertyp nach Anspruch 5,wobei der Maschinenrahmenkörper (a, Abb. 1) intern mit einem Front-Stage-Umkippzylinder (21, Abb. 2) und einem Post-Stage-Umkippzylinder (22, Abb. 2) versehen ist; wobei eine Antriebswelle des Front-Stage-Umkippzylinders (21, Abb. 2) mit der Unterseite des vorderen Verbindungsförderbandes (18, Abb. 2) verbunden ist, und wobei der Front-Stage-Umkippzylinder (21, Abb. 2) das vordere Verbindungsförderband (18, Abb. 2) antreibt, um eine 90-Grad-Umkippbewegung relativ zum vorderen Förderband (23, Abb. 2) auszuführen; wobei eine Antriebswelle des Post-Stage-Umkippzylinders (22, Abb. 2) mit der Unterseite des hinteren Verbindungsförderbandes (19, Abb. 2) verbunden ist. und wobei der Post-Stage-Umkippzylinder (22, Abb. 2) das hintere Verbindungsförderband (19, Abb. 2) antreibt, um eine 90-Grad-Umkippbewegung relativ zum Post-Stage-Förderband (21, Abb. 2) auszuführen.
  7. Vollautomatische Kaltfolienmaschine vom Zylindertyp nach Anspruch 5, wobei der Vakuumsaugmechanismus (m, Abb. 1) eine Vakuumpumpe (23, Abb. 2), einen Vakuumspeicher und mehrere Luftsaugrohre umfasst; wobei die Vakuumpumpe (23, Abb. 2) und der Vakuumspeicher im Maschinenrahmenkörper (a, Abb. 1) montiert sind und sich unterhalb des Förderbandmechanismus befinden, wobei der Vakuumspeicher mit der Vakuumpumpe (23, Abb. 2) verbunden ist, wobei das hintere Ende jeder der Luftansaugrohre mit der Vakuumpumpe (23, Abb. 2) verbunden ist, wobei das Kopfende jedes der Luftansaugrohre entsprechend mit den Bodenflächen des vorderen Verbindungsförderbandes (18, Abb. 2), dem vorderen Förderband (23, Abb. 2), dem Post-Stage-Förderband (21, Abb. 2) und dem hinteren Verbindungsförderband (19, Abb. 2) verbunden ist.
  8. Vollautomatische Kaltfolienmaschine vom Zylindertypnach einem der Ansprüche 1 bis 7, wobei die vollautomatische Kaltfolienmaschine vom Zylindertyp ferner eine Kühlrohranordnung zum Zuführen eines Kühlmediums umfasst, wobei die Kühlrohranordnung Kühlrohre (25, Abb. 4), die durch Durchlaufen des rotierenden Hauptzylinders (7, Abb. 2), der Vorhärtungsvorrichtung (e, Abb. 1), der In-Print-Härtungsvorrichtung (n, Abb. 1) und die Nachhärtungsvorrichtung (k, Abb. 1) verteilt sind, und Kühlunterstützungsplatten (26, Abb. 4), die über oder unter dem Front-Stage-Förderband (23, Abb. 2) und dem Post-Stage-Förderband (21, Abb. 2) angeordnet sind, umfasst; und wobei die Vorhärtungsvorrichtung (e, Abb. 1) und die Nachhärtungsvorrichtung (k, Abb. 1) sich innerhalb der Konturabdeckung der entsprechenden Kühlunterstützungsplatten (26, Abb. 4) befinden .
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