EP3552825B1 - Machine d'estampage à froid entièrement automatique de type à roue tournante - Google Patents

Machine d'estampage à froid entièrement automatique de type à roue tournante 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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EP16923430.9A
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German (de)
English (en)
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EP3552825A4 (fr
EP3552825A1 (fr
Inventor
Shengfeng LIN
Shengyuan Lin
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Wan Junxia
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Wan Junxia
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41FPRINTING MACHINES OR PRESSES
    • B41F16/00Transfer printing apparatus
    • B41F16/0006Transfer printing apparatus for printing from an inked or preprinted foil or band
    • B41F16/002Presses of the rotary type
    • B41F16/0033Presses of the rotary type with means for applying print under pressure only, e.g. using pressure sensitive adhesive
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41GAPPARATUS FOR BRONZE PRINTING, LINE PRINTING, OR FOR BORDERING OR EDGING SHEETS OR LIKE ARTICLES; AUXILIARY FOR PERFORATING IN CONJUNCTION WITH PRINTING
    • B41G1/00Apparatus for bronze printing or for like operations
    • B41G1/04Apparatus 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)
  • Supply, Installation And Extraction Of Printed Sheets Or Plates (AREA)
  • Press Drives And Press Lines (AREA)
  • Labeling Devices (AREA)

Claims (8)

  1. Machine à film froid entièrement automatique de type cylindre, comprenant:
    un corps du châssis de la machine (a, Fig. 1), le corps du châssis de la machine (a, Fig. 1) étant pourvu d'un ensemble de commande électrique qui fonctionne comme commande centrale;
    une boîte de joint (b, fig. 1), la boîte de joint (b, fig. 1) étant montée sur le corps du châssis de la machine (a, fig.1), et la boîte de joint (b, fig.1) est pourvue de un orifice d'air frais (3, Fig.2) et une sortie d'air (4, Fig.4);
    un mécanisme de bande transporteuse (c, Fig.1) pour transporter un substrat d'impression (A, Fig.1), dans lequel le mécanisme de bande transporteuse (c, Fig.1) étant monté sur le corps du châssis de la machine (a, Fig.1) et distribué de manière à passer à travers la boîte de joint (b, Fig.1) dans la direction gauche-à-droite ou droite-à-gauche;
    un préchauffeur infrarouge (d, fig. 1) pour préchauffer le substrat d'impression (A, fig.1) et niveler la colle sur le substrat d'impression (A, fig.1), le préchauffeur infrarouge (d, fig.1) étant monté au-dessus de l'extrémité d'alimentation du mécanisme de bande transporteuse (c, Fig.1) dans la direction avant-arrière;
    un dispositif de pré-durcissement (e, Fig. 1) pour semi-durcir la colle sur le substrat d'impression (A, Fig. 1), le dispositif de pré-durcissement étant monté au-dessus du mécanisme de bande transporteuse (c, Fig. 1) dans la direction avant-arrière et situé du côté de décharge du préchauffeur infrarouge (d, Fig. 1);
    un dispositif de montage de feuille d'estampage (f, Fig.1) pour stocker une pluralité de rouleaux de feuille d'estampage et de guidage et de décharge de feuille d'estampage, le dispositif de montage de feuille d'estampage (f, Fig.1) étant monté au-dessus du mécanisme de bande transporteuse (c, Fig. .1) dans le direction avant-arrière et situé du côté de décharge du dispositif de pré-durcissement (e, Fig. 1);
    un mécanisme de rouleau en caoutchouc à feuille froide (h, Fig.1) pour transférer sur le substrat d'impression (A, Fig.1) la feuille d'estampage guidée par le dispositif de montage de feuille d'estampage (f, Fig.1);
    un dispositif de rembobinage de feuille d'estampage (g, Fig.1) pour étirer la feuille d'estampage sortie du dispositif de montage de feuille d'estampage (f, Fig.1) et le recyclage d'un film de rebut de la feuille d'estampage (B, Fig.1), l'estampage dispositif de rembobinage de feuille (g, Fig.1) étant monté au-dessus de l'extrémité de déchargement du mécanisme de bande transporteuse (c, Fig.1) et situé sur le montage au-dessus du mécanisme de bande transporteuse (c, Fig.1) à l'avant-arrière direction et situé sur le côté de décharge du mécanisme à rouleaux en caoutchouc à feuille froide (h, Fig. 1);
    et
    un mécanisme d'aspiration à vide (m, Fig.1) pour adsorber le substrat d'impression (A, Fig.1) sur le mécanisme de bande transporteuse (c, Fig.1), le mécanisme d'aspiration sous vide (m, Fig.1) étant disposé sous le mécanisme de bande transporteuse (c, Fig.1) et relié au mécanisme de bande transporteuse (c, Fig.1);
    le mécanisme de bande transporteuse (c, Fig.1) comprend une bande transporteuse de l'étage avant (23, Fig.2) disposée sous le dispositif de pré-durcissement (e, Fig.1) et le dispositif de montage de feuille d'estampage (f, Fig.1) dans la direction de gauche-à-droite ou de droite-à-gauche et une bande transporteuse de l'étage postérieur (21, Fig.2) disposée sous le dispositif de rembobinage de la feuille d'estampage (g, Fig.1) et le dispositif de post-durcissement (k, Fig. 1) dans la direction de gauche-à-droite ou de droite-à-gauche;
    le mécanisme à rouleaux en caoutchouc à feuille froide (h, Fig.1) comprend un cylindre principal rotatif (7, Fig.2) disposé entre la bande transporteuse de l'étage avant (23, Fig.2) et la bande transporteuse de post-étage (21, Fig.2) et respectivement connectées à la bande transporteuse de l'étage avant (23, Fig.2) et à la bande transporteuse de l'étage postérieur (21, Fig.2) par l'intermédiaire d'un ensemble de bandes synchrones;
    le dispositif de pré-durcissement (e, Fig.1), le dispositif de montage de la feuille d'estampage (f, Fig.1), la bande transporteuse de l'étage avant (23, Fig.2), le mécanisme à rouleaux en caoutchouc à froid (h, Fig .1), la bande transporteuse de l'étage postérieur (21, Fig.2), le dispositif de post-durcissement (k, Fig.1) et l'enrouleur de feuille d'estampage sont situés dans la boîte de joint (b, Fig.1), caractérisé en ce que:
    la bande transporteuse de l'étage avant (23, Fig.2) est disposée sous le préchauffeur infrarouge (d, Fig. 1) qui est situé dans la boîte de joint (b, Fig. 1);
    par rapport au plan horizontal, la position d'installation de la bande transporteuse de l'étage avant (23, Fig.2) sur le corps du châssis de la machine (a, Fig. 1) est plus élevée que celle de la bande transporteuse de l'étage postérieur (21, Fig .2) sur le corps du châssis de la machine (a, Fig. 1);
    le mécanisme à rouleaux en caoutchouc à feuille froide (h, Fig.1) comprend un rouleau presseur de feuille avant (8, Fig.2) disposé au-dessus de l'extrémité de déchargement de la bande transporteuse de l'étage avant (23, Fig.2) et tangentiel au cylindre principal rotatif (7, Fig.2), et un rouleau presseur de feuille arrière (9, Fig.2) disposé au-dessus de l'extrémité d'alimentation de la bande transporteuse de l'étage postérieur (21, Fig.2) et tangent au cylindre principal rotatif (7, Fig.2); et la machine à film froid entièrement automatique de type cylindre comprend en outre un dispositif de durcissement en impression (n, Fig.1) disposé sur le corps du châssis de la machine (a, Fig.1) et situé entre le rouleau de pression de feuille avant (8, Fig.2) et le rouleau presseur de feuille arrière (9, Fig.2) pour durcir le substrat d'impression (A, Fig. 1) où la feuille d'estampage est pressée.
  2. Machine à film froid entièrement automatique de type cylindre selon la revendication 1, dans laquelle le dispositif de montage de feuille d'estampage (f, Fig.1) comprend au moins un ensemble de rouleaux de plusieurs étages disposé au-dessus de la bande transporteuse de l'étage avant (23, Fig.2) dans la direction avant-arrière, chacun des ensembles de rouleaux de plusieurs étages comprend un arbre à air de type glissant supérieur (10, Fig.2) pour stocker un rouleau de feuille d'estampage et un arbre à air de type glissant inférieure (11, Fig.2), et l'arbre à air de type glissant inférieure (11, Fig.2) est située sous l'arbre à air de type glissant supérieur (10, Fig.2); l'arbre à air de type glissant supérieure (10, Fig.2) et l'arbre à air de type glissant supérieur (11, Fig.2) sont chacun respectivement pourvus d'un rouleau de guidage de tension (12, Fig.2) pour effectuer la tension et le guidage contrôle sur la feuille d' estampage, et un rouleau de guidage de décharge (12, Fig.2) est disposé entre le rouleau de guidage de tension (12, Fig.2) correspondant à l'arbre d'air de type de glissement inférieure (11, Fig.2) et le rouleau presseur de feuille avant (8, Fig.2);
    la feuille d'estampage sur l'arbre à air de type glissant supérieur (10, Fig.2) est tirée pour être entre le cylindre principal rotatif (7, Fig.2) et le rouleau presseur de feuille avant (8, Fig.2) à travers le rouleau de guidage de tension (12, Fig.2) correspondant à l'arbre à air de type glissant supérieur (10, Fig.2), le rouleau de guidage de tension (12, Fig.2) correspondant à l'arbre à air de type glissant inférieur (11, Fig .2) et le rouleau de guidage de décharge (12, Fig.2); et la feuille d'estampage sur l'arbre à air de type glissant inférieur (11, Fig.2) est tirée pour être entre le cylindre principal rotatif (7, Fig.2) et le rouleau presseur de feuille avant (8, Fig.2) à travers le rouleau de guidage de tension (12, Fig.2) correspondant à l'arbre à air de type glissant inférieur (11, Fig.2) et au rouleau de guidage de décharge (12, Fig.2).
  3. Machine à film froid entièrement automatique de type cylindre selon la revendication 2, dans laquelle le mécanisme de bande transporteuse (c, Fig.1) comprend en outre un rouleau d'un étage correspondant à l'un des ensembles de rouleaux de plusieurs étages pour l'utilisation; le rouleau d'un étage comprend un arbre à air de type glissant d'un étage (14, Fig.2) parallèle à l'arbre à air de type glissant supérieur (10, Fig.2) dans une direction de gauche-à-droite ou de droite-à-gauche; l'arbre à air du type glissant d'un étage (14, Fig.2) est pourvu en conséquence d'au moins un rouleau de guidage de tension d'un étage (12, Fig.2); et la feuille d'estampage sur l'arbre à air du type glissant d'un étage (14, Fig.2) est étirée pour être entre le cylindre principal rotatif (7, Fig.2) et le rouleau presseur de feuille avant (8, Fig.2) à travers le rouleau de guidage de tension d'un étage (12, Fig.2), la tension le rouleau de guidage (12, Fig.2) correspondant à l'arbre à air du type glissant inférieur (11, Fig.2) et au rouleau de guidage de décharge (12, Fig.2).
  4. Machine à film froid entièrement automatique de type cylindre selon la revendication 1, dans laquelle le le rouleau presseur de feuille avant (8, Fig.2) et le rouleau presseur de feuille arrière (9, Fig.2) comprennent chacun un cylindre de levage de rouleau en caoutchouc (16, Fig..2) monté dans le corps du châssis de la machine (a, Fig.1) et situé sous le mécanisme de bande transporteuse (c, Fig.1), un rouleau en caoutchouc de frappe placé au-dessus du mécanisme de bande transporteuse (c, Fig.1) et tangentiel au cylindre principal rotatif (7, Fig.2), et un bras oscillant de levage (17, Fig.2) qui est relié au corps du châssis de la machine (a, Fig. 1) par un arbre, avec l'extrémité inférieure connectée avec le cylindre de levage de rouleau en caoutchouc (16, Fig.2) et l'extrémité supérieure reliée au rouleau en caoutchouc de frappe.
  5. Machine à film froid entièrement automatique de type cylindre selon la revendication 1, dans laquelle le mécanisme de bande transporteuse (c, Fig.1) comprend en outre une bande transporteuse de connexion avant (18, Fig.2) dont l'extrémité gauche est reliée au corps du châssis de la machine (a, Fig.1) à travers un arbre et est situé sur le côté alimentation de la bande transporteuse de l'étage avant (23, Fig.2) et d'une bande transporteuse de connexion arrière (19, Fig.2) dont l'extrémité droite est connectée au corps du châssis de la machine (a, Fig. 1) à travers un arbre et est situé du côté de décharge de la bande transporteuse de l'étage postérieur (21, Fig.2); l'ensemble de bandes synchrones comprend une première bande synchrone de l'étage avant (200, Fig.3), une deuxième bande synchrone d'étage avant (201, Fig.3), une première roue synchrone de l'étage avant (202, Fig.3), une deuxième roue synchrone de l'étage avant (203, Fig.3), une roue de tension de l'étage avant (204, Fig.3), une première bande synchrone de l'étage postérieur (205, Fig.3), une deuxième bande synchrone de l'étage postérieur (206, Fig.3), une troisième courroie synchrone de l'étage postérieur (207, Fig.3), une première roue synchrone de l'étage postérieur (208, Fig.3), une deuxième roue synchrone de l'étage postérieur (209, Fig .3), une troisième roue synchrone de l'étage postérieur (210, Fig.3), et une roue de tension de l'étage postérieur (21 1, Fig.3);
    la roue de tension de l'étage avant (204, Fig.3) et la deuxième roue synchrone de l'étage avant (203, Fig.3) sont réparties séquentiellement de haut en bas dessous de l'extrémité d'alimentation de la bande transporteuse de l'étage avant (23, Fig.2), la premier roue synchrone de l' étage avant (202, Fig.3) est disposé en dessous de la bande transporteuse de l' étage avant (23, Fig.2), la premier bande synchrone de l' étage avant (200, Fig.3) intègre le cylindre principal rotatif (7, Fig.2) avec la première roue synchrone de l' étage avant (202, Fig.3) de manière gainée, et l'extrémité gauche de la deuxième bande synchrone de l'étage avant (201, Fig.3) est enroulée autour de la première roue synchrone de l'étage avant (202, Fig.3); l'extrémité droite de la deuxième bande synchrone de l'étage avant (201, Fig.3) est simultanément enroulée autour de la deuxième roue synchrone de l'étage avant (203, Fig.3), un arbre rotatif à l'extrémité gauche de la bande transporteuse de connexion avant (18, Fig.2), et un arbre rotatif à l'extrémité droite de la bande transporteuse de l'étage avant (23, Fig.2), et la roue de tension de l'étage avant (204, Fig.3) est pressé sur la deuxième bande synchrone de l'étage avant (201, Fig.3); la roue de tension de l'étage postérieur (211, Fig.3) et la troisième roue synchrone de l'étage postérieur (210, Fig.3) sont séquentiellement distribuées de haut en bas sous l'extrémité de déchargement de la bande transporteuse de l'étage postérieur (21, Fig .2), la première roue synchrone de l'étage postérieur (208, Fig.3) est disposée sous l'extrémité droite du cylindre principal rotatif (7, Fig.2), la deuxième roue synchrone post-étage (209, Fig.3)) est disposée sous la bande transporteuse post-étage (21, Fig.2), la première bande synchrone post-étage (205, Fig.3) intègre le cylindre principal rotatif (7, Fig.2) avec le premier roue synchrone de l'étage postérieur (208, Fig.3) dans un mode gainé, la deuxième bande synchrone de l'étage postérieur (206, Fig.3) intègre la première roue synchrone de l'étage postérieur (208, Fig.3) avec la deuxième bande synchrone de l'étage postérieur (208, Fig.3) roue (209, Fig.3) dans un mode gainé, et l'extrémité droite de la troisième bande synchrone de l'étage postérieur (207, Fig.3) est enroulée autour de la deuxième roue synchrone de l'étage postérieur (209, Fig.3); l'extrémité gauche de la troisième bande synchrone de l'étage postérieur (207, Fig.3) est simultanément enroulée autour de la troisième roue synchrone de l'étage postérieur (210, Fig.3), un arbre rotatif à l'extrémité droite de la bande transporteuse de connexion arrière (19, Fig.2), et un arbre rotatif à l'extrémité gauche de la bande transporteuse de l'étage postérieur (21, Fig.2), et la roue de tension de l'étage postérieur (211, Fig.3) est pressée sur la troisième bande synchrone de l'étage postérieur (207, Fig.3).
  6. Machine à film froid entièrement automatique de type cylindre selon la revendication 5, dans laquelle le corps de châssis de machine (a, Fig.1) est pourvu intérieurement d'un cylindre de retournement de l' étage avant (21, Fig.2) et d'un cylindre de retournement de l'étage postérieur (22, Fig.2), un arbre de puissance du cylindre de retournement de l'étage avant (21, Fig.2) est relié à la surface inférieure de la bande transporteuse de connexion avant (18, Fig.2), et le cylindre de retournement de l' étage avant (21, Fig.2) entraîne la bande transporteuse de connexion avant (18, Fig.2) pour effectuer un mouvement de retournement de 90 degrés par rapport à la bande transporteuse de l'étage avant (23, Fig.2); un arbre de puissance du cylindre de retournement de l'étage postérieur (22, Fig.2) est relié à la surface inférieure de la bande transporteuse de connexion arrière (19, Fig.2), et le cylindre de retournement de l'étage postérieur (22, Fig.2)) entraîne la bande transporteuse de connexion arrière (19, Fig.2) pour effectuer un mouvement de rotation de 90 degrés par rapport à la bande transporteuse de l'étage postérieur (21, Fig.2).
  7. Machine à film froid entièrement automatique de type cylindre selon la revendication 5, dans laquelle le mécanisme d'aspiration à vide (m, Fig. 1) comprend une pompe à vide (23, Fig. 2), un accumulateur à vide et une pluralité de tuyaux d'aspiration d'air; la pompe à vide (23, Fig. 2) et l'accumulateur à vide sont montés dans le corps de châssis de machine (a, Fig. 1) et situés sous le mécanisme de bande transporteuse; l'accumulateur à vide est connecté à la pompe à vide (23, Fig.2), l'extrémité arrière de chacun des tuyaux d'aspiration d'air est reliée à la pompe à vide (23, Fig.2), l'extrémité de tête de chacune des tuyaux d'aspirations d'air est respectivement en conséquence connectés aux surfaces inférieures de la bande transporteuse de connexion avant (18, Fig.2), la bande transporteuse de l'étage avant (23, Fig.2), la bande transporteuse de l'étage postérieur (21, Fig.2), et la bande transporteuse de connexion arrière (19, Fig.2).
  8. Machine à feuille froide entièrement automatique de type cylindre selon l'une quelconque des revendications 1 à 7, dans laquelle la machine à feuille froide entièrement automatique de type cylindre comprend en outre un ensemble de tuyaux de refroidissement pour fournir un milieu de refroidissement, l' ensemble de tuyaux de refroidissement comprend des tuyaux de refroidissement (25, Fig..4) distribué en passant à travers le cylindre principal rotatif (7, Fig.2), le dispositif de pré-durcissement (e, Fig.1), le dispositif de durcissement en impression (n, Fig.1) et le post-durcissement dispositif (k, Fig.1), et des plaques de support de refroidissement (26, Fig.4) disposées au-dessus ou au-dessous de la bande transporteuse de l'étage avant (23, Fig.2) et la bande transporteuse de l'étage postérieur (21, Fig.2); et le dispositif de pré-durcissement (e, Fig. 1) et le dispositif de post-durcissement (k, Fig. 1) sont situés respectivement dans la couverture de contour des plaques de support de refroidissement correspondantes (26, Fig. 4).
EP16923430.9A 2016-12-08 2016-12-08 Machine d'estampage à froid entièrement automatique de type à roue tournante Active EP3552825B1 (fr)

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CN101092073B (zh) * 2007-07-25 2011-08-31 吴德明 带有定位功能的多用途印刷表面加工系统与工艺
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CN102452214A (zh) * 2010-10-20 2012-05-16 海德堡印刷机械股份公司 具有磁场干燥装置的转移装置
DE102012021819A1 (de) * 2012-11-07 2014-05-08 Heidelberger Druckmaschinen Ag Verfahren zum Beschichten von Bogen mit einem Film in einer Druckmaschine
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