CN100584605C - Device for embossed film printing - Google Patents

Device for embossed film printing Download PDF

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Publication number
CN100584605C
CN100584605C CN 200580011063 CN200580011063A CN100584605C CN 100584605 C CN100584605 C CN 100584605C CN 200580011063 CN200580011063 CN 200580011063 CN 200580011063 A CN200580011063 A CN 200580011063A CN 100584605 C CN100584605 C CN 100584605C
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transfer
film
coating
cylinder
module
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CN 200580011063
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Chinese (zh)
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CN1942317A (en )
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F·-P·里奇特
J·肖尔兹格
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曼罗兰公司
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Abstract

In order to transfer an imaging coating from the bearing film to the printed matter, an adhesive coating based on image is applied on the printed matter. Then the imaging bearing film is guided near the printed matter by extruding force in a coating mechanism(2), so that the coating is adhered on the adhesive position and an image is created. In order to improve the flexibility of the applying in the printing machine, the coating mechanism or the applying mechanism(1)and the coating mechanism(2)together is(are) arranged in one or more coating module(s)of the printing machine, thus a compact film transfer module(F)is obtained in a simple fashion.

Description

第l/9页 Of l / 9 this page

用于压印膜印刷的装置 Printing means for embossing film

技术领域 FIELD

本发明涉及一种用于在覆层模块中进行压印膜印刷(Praege -foliendruck)的装置,它包括用于将给出图形的层从承载膜转移到印张上的装置。 The present invention relates to an apparatus for coating film printing imprinting module (Praege -foliendruck), which comprises a layer of a given pattern is transferred from the carrier film to the sheet means.

背景技术 Background technique

已知通过膜转移方法将金属的层设置到印张上。 A metal film layer by a known method of transferring a sheet to be provided. 在EP 0 569 520 Bl中描述了一种印刷材料和一个使用这种印刷材料的印刷装置。 In EP 0 569 520 Bl describes a printed material and a printing apparatus using such a printed material. 在此示出一个加工纸张的设备,它具有一个推纸器和一个支架,其中在这两个装置之间设置印刷机构和覆层机构。 In a paper processing apparatus is shown, having a feeder and a holder, wherein means are provided between the two printing mechanisms and coating means. 在至少一个印刷机构中通过平版印刷方法涂覆一种胶粘剂图案。 In at least one printing unit through an adhesive pattern coated with a lithographic printing method. 这种胶粘剂图案在一个冷印刷工艺中进行涂覆,并且具有一个确定的给出图形的题材。 The adhesive is applied in a cold pattern printing process, and having determined a given theme pattern. 在衔接印刷机构的覆层机构中具有一个膜导向机构,该覆层机构具有一个反压滚筒和一个挤压辊。 Having a film guide mechanism, which mechanism has a coating impression cylinder and a pressing roller coating mechanism in engagement in the printing mechanism. 这个膜导向机构以这种形式构思:从膜辊使一条膜带或者说转移膜导引通过在反压滚筒与转移滚筒之间的覆层机构的挤压缝隙。 The film guide means contemplated in this form: from the film or transfer film guide roll so that a film with a slit in the coating by extrusion means between the impression cylinder and the transfer cylinder. 该膜带在排出侧在离开覆层机构以后又被巻绕。 The discharge side of the film tape is wound again after leaving Volume coating mechanism. 所述转移膜具有一个承载层,在该承载层上可以涂覆所述给出图形的层、例如铝制金属层。 The transfer film having a carrier layer, the carrier layer on the coating layer may be given by the pattern, a metal layer such as aluminum. 在金属层与承载膜之间具有一个分离层,它负责使金属层从承载层上揭下来。 Having a separation layer between the metal layer and the carrier film, which is responsible for the metal layer peeled off from the carrier layer.

在通过印刷机构输送印张时,每个印张配有一个胶粘剂图案。 When feeding sheets by the printing mechanism, each adhesive sheet with a pattern. 然后使印张导引通过覆层机构,其中借助于转移滚筒使位于反压滚筒上的印张与膜材料相结合。 The sheet is then directed through a coating mechanism, which by means of the transfer cylinder so positioned on the counter pressure cylinder sheet and film material in combination. 在此向下放置的金属层与印张上配有胶粘剂的部位达成一种紧密结合。 The downward placement of the upper sheet metal layer with the adhesive to achieve a tight binding site. 在继续输送印张以后,金属层仅仅粘附在配有胶粘剂的图案的部位中。 After continuing to feed sheets, the metal layer adheres only to the adhesive pattern with the site. 也就是从承载膜取下在胶粘剂图案部位中的金属膜层。 It is removed from the carrier film at the adhesive portion of the metal film layer pattern. 以这种方式消耗的转移膜又被巻绕。 In this manner, the transfer film has been consumed Volume wound. 印张以已被覆层的状态进行敷设。 Status to be laid sheets covering layer.

已知这种覆层机构例如用于印刷机的印刷机构中。 This known coating means such as for printing means of a printing press. 由此,相应的印刷机构只锁定用于印刷图形。 Thus, only the respective printing mechanism for printing a pattern lock. 此外相关印刷机构的改装是费事的。 Further modifications related to the printing mechanism is troublesome.

发明内容 SUMMARY

因此本发明的目的是实现一种装置,通过它在使用压印膜印刷时能够灵活地利用印刷机。 Therefore object of the present invention is to achieve an apparatus, by which the flexibility to use the printer in use embossing film printing.

为了实现本发明的上述目的,提出一种用于在印张上进行压印膜印刷的装置,它具有至少一个涂覆机构和一个覆层机构,该涂覆机构用于对于印张按照图形涂覆一种胶粘剂,而该覆层机构用于将给出图形的覆层从转移膜传递到印张上,其中该覆层机构包括一个反压滚筒和一个转移滚筒,转移膜围绕该转移滚筒这样导引,使给出图形的覆层粘附在印张上配有胶粘剂的按照图形的部位上,并且从转移膜上揭下来,其特征在于, 一个膜转移模块紧挨着后置于加工纸张设备的印刷机构或涂漆模块,该膜转移模块是加工纸张设备的覆层模块或涂漆 To achieve the above object of the present invention there is provided an apparatus for embossing film printing on a sheet, having at least one coating means and a coating means, it means for the coated sheets according to a pattern applied species adhesive, and the coating means for coating a given pattern transferred from the transfer film to the print sheet, wherein the coating means comprises a counter-pressure cylinder and a transfer cylinder, so that the transfer film around the transfer cylinder guide, given that the adhesive coating pattern on the adhesive sheet in accordance with the part pattern and peeled off from the transfer film, wherein a film transfer module in the printing mechanism paper processing apparatus immediately after or paint module, the module is a film transfer coating paper processing equipment or paint module

模块,而膜转移模块中的转移滚筒是覆层模块或涂漆模块的印版滚筒; 或者转移滚筒后置于覆层模块或涂漆模块的反压滚筒上的印版滚筒, 所述加工纸张的设备是一个具有多个印刷机构的印刷机,并且所述覆层机构设置在该印刷机构的前面或后面或之间。 Module, and a film transfer cylinder transfer module a coating module is a module or painted plate cylinder; the transfer cylinder or forme cylinder is placed on the counter-pressure roller coating or paint module module, the paper processing the device is a printer having a plurality of printing units, and the coating means disposed in front of or behind or between the printing mechanism.

本发明还提出一种用于在印张上进行压印膜印刷的装置,它具有至少一个涂覆机构和一个覆层机构,该涂覆机构用于对于印张按照图形涂覆一种胶粘剂,而该覆层机构用于将给出图形的覆层从转移膜传递到印张上,其中该覆层机构包括一个反压滚筒和一个转移滚筒,它们构成一个公共的转移间隙,并且转移膜围绕转移滚筒这样导引,使该转移膜与在反压滚筒上导引的印张一起在压力下导引通过转移间隙,并且其中给出图形的覆层在印张从转移间隙排出后粘附在印张上配有胶粘剂的按照图形的部位上,并且从转移膜上揭下来,其特征在于, 一个膜转移模块紧挨着后置于加工纸张设备的印刷机构或涂漆模块,该膜转移模块具有至少一个转移滚筒和一个反压滚筒,并且膜转移滚筒是覆层模块或涂漆模块的印版滚筒,或者转移滚筒后置于覆层模块或涂漆模 The present invention also provides a device for performing embossing film printing on a sheet, having at least one coating means and a coating means, means for the coated sheet according to the pattern coated with a adhesive, which coating means for coating a given pattern transferred from the transfer film to the print sheet, wherein the coating means comprises a counter-pressure cylinder and a transfer cylinder which form a common transfer nip, and the transfer film around the transfer drum so guide, with the guide so that the transfer film in the sheet-guiding impression cylinder through the transfer nip under pressure, and wherein the adhesive coating pattern given from the transfer nip in the sheet is discharged on the sheet with an adhesive in accordance with the part pattern and peeled off from the transfer film, wherein a film transfer module is placed immediately after the printing mechanism modules or painted paper processing device, the film having at least a transfer module and the transfer cylinder after a counter-pressure cylinder, and the cylinder is a coating film transfer module or modules painted plate cylinder or transfer cylinder disposed mold coating or paint module 块的反压滚筒上的印版滚筒,所述加工纸张的设备是一个具有多个印刷机构的印刷机,并且所述覆层机构设置在该印刷机构的前面或后面或之间。 Plate cylinder on the impression cylinder block, the sheet processing apparatus is a printer having a plurality of printing units, and the coating means disposed in front of or behind or between the printing mechanism.

以有利的方式使转移膜在最好后置于印刷机一个或多个印刷机构的至少一个覆层模块中在反压滚筒上通过一个转移滚筒与印刷材料接触。 In an advantageous manner after the transfer film is preferably placed in a press or more of the at least one printing mechanism module coating on the impression cylinder and a transfer cylinder in contact through a printed material.

在容纳着覆层机构的纸张加工设备内部,可以使覆层机构以有利的方式定位在设备的任意位置上。 Within the sheet processing apparatus receiving the coating means, the coating means can advantageously positioned at any position on the device. 由此对于具有多个印刷机构的印刷机情况,能够使给出图形的覆层或金属化覆层不仅可以在涂覆油墨覆层之前涂覆、而且可以在涂覆油墨覆层之后或之间涂覆。 For the case of a printing press whereby a plurality of printing units, can be made of a metal coating or a coating layer may be coated not only given pattern prior to application of the coating ink, and can be between or after the application of the ink coating coating.

为此以有利的方式使覆层机构由可输送的单元形式的覆层模块构成。 To this end in a manner that the coating layer is advantageously composed of a mechanism unit can be delivered in the form of a coating module.

按照本发明的装置也可以有利地使多个覆层机构以特别筒单的方式连续地设置在加工纸张的设备的内部。 Apparatus according to the invention may advantageously be a plurality of coating means of special single continuous tube arranged in the interior of the paper processing device. 由此可以在题材内部先后涂覆不同的给出图形的覆层或金属化覆层。 Whereby the coating pattern can be given or metalized coating on the inside of the subject matter have a different coating. 在此能够使第一胶粘剂图案在第一覆层机构中配有第一给出图形的覆层,并且重叠地接着涂覆另一包括第一胶粘剂图案的胶粘剂图案,并且配有另一给出图形的覆层。 The adhesive pattern allows the first cladding layer of the first mechanism with a first coating of given pattern, and then overlapping a first coating further comprises an adhesive pattern of adhesive pattern and the other with a given coating pattern.

附图说明 BRIEF DESCRIPTION

下面借助于附图详细描述本发明。 The present invention is described in detail below with the accompanying drawings. 附图中: In the drawings:

图l示出用于在一个反压滚筒上进行膜转移的装置的第一示意图, Figure l shows a schematic diagram of the first transfer means is a film on a counter-pressure roller,

图2示出用于在一个反压滚筒上进行膜转移的装置的笫二示意图, Figure 2 shows a schematic of an apparatus for undertaking of two membrane-transferred on a counter-pressure roller,

图3示出具有膜转移装置的第一设备示意图, Figure 3 shows a schematic view of a first apparatus having a film transfer device,

图4示出具有膜转移装置的笫二设备示意图, Figure 4 shows a schematic view of a film transfer apparatus having two Zi device,

图5示出按照图3的接近切向的膜导向, Figure 5 shows a film guide near the tangential direction in FIG. 3,

图6示出按照图4的接近切向的膜导向。 Figure 6 illustrates a film guide according to FIG. 4 close tangential.

具体实施方式 detailed description

在图1中示出用于膜转移的集成的膜转移模块F在一个加工纸张的设备、例如印刷机中的应用。 The integrated film transfer module shown in FIG. 1 for transferring a film F of a paper processing device, such as an application in a printing press. 该膜转移模块F如下配备: The transfer film F module with the following:

-为了输送印张具有一个导引纸张的反压滚筒4。 - feeding sheets to the impression cylinder 4 has a paper guide. 该反压滚筒4为了输送印张具有一个或多个带有所配属的挤压面的夹紧器弹簧和一个相应的单个至多个圆周。 The impression cylinder 4 in order to feed sheets having one or more spring clamp with the associated pressing surface and a plurality of corresponding to a single circumference.

-对于反压滚筒4在象限A中附设一个涂覆机构1。 - for a coating impression cylinder 4 in quadrant A, a mechanism attached. 该涂覆机构l 具有一个印版滚筒11、 一个涂覆辊12和一个配量系统13。 L The coating mechanism 11 having a plate cylinder, a coating roller 12 and a dosing system 13. 借助于涂覆机构1可以通过一个张紧在印版滚筒11上的印版将按照图形的覆层涂覆到固定在反压滚筒4上的印张上。 By means of the application unit 1 can be coated onto a printing sheet is fixed to the impression cylinder 4 by a tension on the plate cylinder 11 according to the pattern of the coating.

-对于反压滚筒4在象限B中附设一个覆层机构2。 - attached to the impression cylinder 4 in quadrant B, a cladding layer 2 mechanism. 该覆层机构2 用于膜转移印刷并且具有一个转移滚筒21,它与反压滚筒4构成一个转移间隙6。 The coating film transfer means 2 for printing and having a transfer cylinder 21, and impression cylinder 4 which forms a transfer nip 6. 此外具有一个膜储存辊22、 一个膜收集辊23和必要时用于围绕着转移滚筒21导引的、由转移膜制成的膜带24的膜带导引机 Also with a film supply roll 22, a film take-up roller 23, and if necessary, a guide 21 around the transfer drum, a transfer film made of a film with the film tape guide unit 24

7构。 7 configuration. 所述滚筒可以对应于胶印机的覆层模块的印版滚筒和反压滚筒。 The coating drum may correspond to a module offset plate cylinder and an impression cylinder.

-对于反压滚筒4可以在旋转方向上后置于覆层机构2地还附设一个压光机构3。 - for the impression cylinder 4 can be placed after the calender means a coating means 2 is also attached to 3 in the rotational direction. 该压光机构3主要通过一个压光辊31与反压滚筒4 一起构成一个压光间隙32。 The calendering means 3 and the impression cylinder 31 primarily 4 together form a gap 32 by a calender roll calender.

通过这种方式构成一个集成的膜转移模块F,它具有两个工作站, 它们用于下述的工作步骤: This constitutes an integrated manner by the film transfer module F., It has two workstations are used in the following working steps:

-首先使要被覆层的印张在第一工作站(涂覆机构1)中在印版滚筒11与反压滚筒4之间的印刷间隙5中借助于一个印版配设一种给出图形的胶粘剂图案。 - that the first coating layer by means of a sheet to a printing plate on the plate cylinder and the impression cylinder 11 between the press nip 45 in the first station (coating means 1) an adhesive disposed in one kind of pattern is given by pattern.

-然后使印张在接着的工作站(覆层机构2 )中与由转移膜制成的膜带24 —起导引通过一个在设置为转移滚筒21的滚筒与同一反压滚筒4之间的转移间隙6,其中该转移膜在转移间隙6中压向印张。 - then the sheet 24 in the workstation (coating means 2) Next, a transfer film with a film made of a strip - since the transfer guide is provided by a gap between the cylinder and the same as the transfer cylinder 21 of the impression cylinder 6, wherein the transfer film is pressed against the sheet in the transfer nip 6. 通过所述挤压,在胶粘剂图案的部位中从转移膜将一个给出图形的覆层转移到印张上。 By the pressing, the adhesive at a portion of the pattern from the transfer film to transfer a given pattern onto the coating sheet. 在此膜带24在反压滚筒4的旋转运动方向上从膜储存辊22中展开,围绕转移滚筒21导引并滚绕在膜收集辊23上。 In the film tape 24 is unwound from the film supply roll 22 in the rotational direction of movement of the impression cylinder 4, around the transfer drum 21 and the guide roll wound on the film collecting roller 23.

-此外在后置的压光机构3的压光间隙32中,为了提高粘附性和光滑性,对于从转移膜转移到印张上的给出图形的覆层进行滚压。 - Also in the post-gap calendering mechanism 3 calender 32, in order to improve the adhesion and smoothness, for the transfer from the transfer film to give a pattern on the cladding sheet is rolled.

这种装置可以用于纸张印刷机的涂漆模块L中。 Such means may be used to press the sheet L of paint modules. 这种涂漆模块L 在其基本结构形式中具有一个导引纸张的反压滚筒4、 一个印版滚筒11、 一个涂覆辊12、例如网线辊以及一个配量系统13、例如抢室刮板系统(Kammerrakel)。 This paint module L in its basic structure in the form of a cylinder having a counter-pressure guiding of the sheet 4, a plate cylinder 11, a coating roll 12, for example a screen roller and a metering system 13, for example, grab the blade chamber system (Kammerrakel). 对于上述应用,可以利用该輪室刮板系统来代替通过网线辊或涂覆辊和印版滚筒、例如借助于空出的橡皮布或者柔性印版对于用于胶粘剂配量的漆到印刷材料上所进行的输送。 For these applications, you can use the system to replace the blade wheel chamber by roller coating or screen roller and the plate cylinder, a blanket, for example by means of air or a flexible adhesive plate with respect to the amount of paint on the printing material conveyance performed.

所述涂漆模块的结构形式在基本构思中对应于印刷机的印刷机构D,并且代替印版及胶印滚筒只具有一个印版滚筒11。 The paint module structure corresponding to the basic idea of ​​the printing press mechanism D, and instead of the plate and blanket cylinder having only one plate cylinder 11. 此外在涂漆模块L中不存在具有许多辊的着色机构,并且也不存在润湿机构。 Also coloring roller mechanism having a plurality of paint module does not exist in L, and there is no dampening mechanism. 其结果是, 一个涂漆模块L在覆层装置上方具有自由的结构空间。 As a result, a paint module having L free space above the coating device. 因此该涂漆模块L能够以非常筒单的、紧凑的、操作友好的和经济的方式集成对于膜导引所必需的元件。 Thus the paint module can be very L single-cylinder, compact, and economical operation friendly manner integrated guide element necessary for film.

此外印刷材料在这样构成的膜转移模块F中以非常有利的方式通过所有必须的间隙位置在唯一的夹紧器终端(Greiferschluss )中导引, 而该夹紧器终端放置在一个唯一的反压滚筒4上。 Further the printed material in a very advantageous manner in a single guide clamp terminal (Greiferschluss) positions must by all gaps in the film F transfer module in such a configuration, and the clamp terminal placed in a single back-pressure 4 on the drum. 在图2中示出用于膜转移的集成的膜转移模块F的笫二实施例在纸张加工设备、例如印刷机中的应用。 In paper processing apparatus, such as an application in a printing press undertaking of two embodiments of an integrated film transfer module shown in FIG. 2 for transferring a film F of. 该膜转移模块F如下配备: The transfer film F module with the following:

-为了输送印张设有一个导引纸张的反压滚筒4。 - a guide is provided for feeding sheets of paper impression cylinder 4. 该反压滚筒4为了输送印张具有一个或多个具有配属的挤压面的夹紧器弹簧和一个相应的单个至多个圆周。 The impression cylinder 4 in order to feed sheets having one or more spring clamp having a pressing surface and assigned to a plurality of respective single circumference.

-对于反压滚筒4在象限A中附设一个覆层机构2。 - attached to the impression cylinder 4 in quadrant A, a cladding layer 2 mechanism. 该覆层机构2 用于膜转移印刷并具有一个转移滚筒21,它与反压滚筒4构成一个转移间隙6。 The coating film transfer means 2 for printing and having a transfer cylinder 21, and impression cylinder 4 which forms a transfer nip 6. 还具有一个膜储存辊22、 一个膜收集辊23和必要时用于一条围绕转移滚筒21导引的、由转移膜制成的膜带24的膜带导引机构。 Further comprising a film supply roll 22, a film take-up roller 23 and optionally around a transfer drum 21 for guiding the film from the transfer film with a film made of a belt guide mechanism 24. 所述转移滚筒21可以对应于胶印机的覆层模块、例如涂漆模块的印版滚筒,而反压滚筒4对应于胶印机的反压滚筒。 The transfer cylinder 21 may correspond to the offset module coating, e.g. paint module plate cylinder, the impression cylinder 4 and the impression cylinder corresponding to the offset press.

-对于反压滚筒4在象限B中在旋转方向上后置于覆层机构2地配设一个压光机构3。 - for the impression cylinder 4 in quadrant B is disposed in the rotational direction of the coating mechanism 2 to a calender provided with means 3. 该压光机构3主要通过压光辊31与反压滚筒4 一起构成压光间隙32。 The calender means 31 with 3 major counter-pressure roller 4 through the calender gap calender roll 32.

通过这种方式构成一个膜转移模块,它具有两个用于下列工作步骤的工作站: In this way a film transfer module configuration having two workstations for the following working steps:

-首先使要被覆层的印张在一个前置于膜转移模块的独立工作站中通过印版配有任意的胶粘剂图案。 - first coating layer printed sheets to be placed in a separate station before transfer membrane modules with an arbitrary pattern by printing an adhesive. 胶粘剂图案的产生例如可以在一个覆层模块中例如以凸版印刷、或者说柔性版印刷工艺实现,或者可以在胶印机中通过平版印刷工艺实现。 For example, an adhesive pattern may be produced, for example, in a relief printing, or flexographic printing process to achieve, or may be achieved by lithographic offset printing process in a coating module.

-然后使印张在膜转移模块中在笫一工作站(覆层机构2 )中与一个围绕转移滚筒21敷设的、由转移膜制成的膜带24 —起导引通过在转移滚筒21与反压滚筒4之间的转移间隙6。 - then the transfer sheet in the membrane module in the workstation Zi (coating means 2) and a transfer cylinder 21 laid around the film strip 24 formed by the transfer film - from the transfer cylinder 21 and guided by the back pressure in the 4 the gap between the transfer drum 6. 通过挤压,将给出图形的覆层从转移膜转移到印张的胶粘剂图案上。 By extrusion, the coating will be given of pattern transferred from the transfer film to the adhesive pattern printed sheet. 在此所述膜带24从膜储存辊22退绕出,并巻绕到膜收集辊23上。 In the film tape 24 unwound from the film supply roll 22 back, and Volume 23 around the film collecting roller.

-然后在另一工作站中在后置的压光机构3的挤压间隙32中为了提高粘附性和光滑性对于从转移膜转移到印张上的给出图形的覆层进行滚压。 - and then in the other station 32 in order to improve the adhesion and smoothness of the transfer from the transfer film to be rolled to a given pattern on the sheet in the coating after extrusion calendering means 3 facing a gap.

上述实施例在导引纸张的印刷机中例如按照图3或4的配置如下使用: The above embodiments according to the configuration example in FIG. 3 or 4 in a printing press is used as the guide in the paper:

对于总是用于膜转移的作为覆层机构2使用的膜转移模块F在输送方向上紧挨着前置一个印刷机构D (见图3)或一个涂漆模块L (见图4)。 For film transfer module is always used as the coating film transfer mechanism 2 F used immediately preceded by a printing unit D (see FIG. 3) or a paint module L (see FIG. 4) in the conveying direction. 为此可以使用一种上述的双涂漆机形式的设备配置(见图4)。 For this purpose may be used in the form of the above-mentioned double coating machine configuration device (see FIG. 4). 按照图3的纸张印刷机: Paper printer according to Figure 3:

在按照图3的纸张加工设备的实施例中对于膜转移模块F可以紧挨着前置一个印刷机构D、例如胶印机。 In an embodiment according to the sheet processing apparatus in FIG. 3 to the film F may be transferred next module a pre-printing unit D, for example, offset.

该印刷机构D具有一个在印版滚筒上的平版印版、 一个橡皮布滚筒和一个反压滚筒4,并且起到涂覆机构1的功能。 The printing mechanism D having a lithographic printing plate on the plate cylinder, a blanket cylinder and an impression cylinder 4, and functions as the application unit 1. 胶祐剂的涂覆一般在胶印工艺中借助于相应地给所期望的覆层构成图形的平版印版来实现。 Woo gum coating agent achieved by means of a lithographic printing plate is generally configured corresponding to the desired pattern in the cladding offset printing process. 在印刷机构D的印刷间隙5中进行所述胶粘剂涂覆。 In the press nip 5 in the printing mechanism D for the adhesive coating.

也可以如此选择:对于凸版印刷工艺的应用,在印刷机构D中涂覆胶粘剂时使印版滚筒与胶印滚筒分离。 You may be selected so: for the application of a relief printing process, the plate cylinder and the blanket cylinder in the printing mechanism (D) separating the coated adhesive. 在此该胶印滚筒载有空出的印刷布或柔性印版。 Here the blanket cylinder carrying an empty printing plate or a flexible cloth. 对于胶印滚筒可调节并可调整地配设一个用于涂覆胶粘剂的具有配量系统的涂覆辊(例如在橡皮布清洗装置的安装位置上)、最好一个配有舱室刮板系统的网线辊。 For blanket cylinder can be adjusted to adjustably disposed with a coating roll having a dosing system for the adhesive coated (e.g., in the mounted position on the blanket washing apparatus), preferably a chamber doctor blade system with a network cable roll.

按照图4的纸张印刷机: Paper printer according to FIG. 4:

在按照图4的变化结构形式中,对于膜转移模块F紧挨着前置一个涂漆模块L。 In the form of changes in the structure of FIG. 4, the transfer module to the film F immediately preceded by a paint module L. 对于这个涂漆模块可以再紧挨着前置一个印刷机构D。 For this paint module may then immediately preceded by a printing unit D.

在前置于膜转移模块F的涂漆模块L的印版滚筒11上固定一个空出的橡皮布和柔性印版。 Placed in front of paint film transfer module F module 11 is fixed on a blanket vacated flexographic plates L and the plate cylinder. 该涂漆模块在这个实施例中起到胶粘剂涂覆机构1的作用。 Play a role in Example 1 the adhesive coated paint module mechanism in this embodiment. 作为配量系统13的舱室刮板系统用于使胶粘剂通过网线辊或涂覆辊12和印版滚筒11配量到印刷材料上。 As the dosing system chamber blade system 13 for the cable 12 through the adhesive 11 and the metering plate cylinder or roller application roller to the printing material. 配有胶粘剂涂覆的印刷材料被输送到膜转移模块F形式的后置的覆层模块。 With the adhesive coated printed material is conveyed to a transfer module F in the form of a film coating of the rear module.

如果将涂漆模块L再配备到膜转移模块F,则在这个模块中拆出网线辊和舱室刮板系统。 If the module is painted again with the L film transfer module F, then removed and the engraved roller blade chamber system in this module. 印版滚筒作为用于转移膜的转移滚筒21。 As the plate cylinder to transfer cylinder 21 of the transfer film. 为此对于该印版滚筒至少附设用于新的转移膜的膜储存辊22和用于用过的转移膜的膜收集辊23。 For this purpose at least 22, and attached to a film transfer film used for the storage of the new roll of the film transfer film collecting roller 23 to the plate cylinder. 该转移滚筒21在转移间隙6中将给出图形的覆层从转移膜转移到在夹紧器终端中固定在反压滚筒4上的印刷材料上。 The transfer cylinder 21 in transfer nip 6 in the given pattern is transferred from the transfer film coating secured to the impression cylinder 4 in the clamping terminal printed material.

在需要时对于转移滚筒21在反压滚筒4上在输送方向上后置一个压光辊31 (在这里是压光机构3)。 When the need for the transfer drum 21 in the counter-pressure cylinder 4 in the conveying direction of a rear calender roll 31 (in this case calendering means 3).

对于特殊的应用场合,例如如果印刷材料是非常有吸附能力的, 并且胶粘剂迅速地在印刷材料中崩落,那么可以在一个前置于涂漆模 For special applications, for example, if the printed material is very adsorption capacity, and the printed adhesive material rapidly breakouts, it may be placed in a mold prior to painting

10第一覆层,犹如底层一样。 A first cladding layer 10, the same as if the bottom layer.

在按照图3和图4的实施例中为了使用在UV辐射作用下发生干燥的胶粘剂,分别使用一个或多个UV干燥器7。 In the embodiment according to FIGS. 3 and 4 in order to use the dried adhesive occurs under UV radiation, respectively, using one or more UV dryers 7. UV干燥器7可以分别在印刷间隙5后面或转移间隙6后面配置于一个反压滚筒4。 UV dryer 7 can respectively behind the transfer nip press nip 5 or 6 disposed behind the drum 4 in a counter-pressure. 也可以在纸张展示区域中实现干燥。 Drying the sheet may also be implemented in the display area.

在膜转移模块F的这种实施例中以有利的方式还使印刷材料在所有的间隙位置中在一个唯一的反压滚筒4上的唯一夹紧器终端中导引。 Examples further advantageous manner that the material is printed in all the gaps in a unique position on a terminal clamp only the impression cylinder 4 is guided in such a film transfer module F in FIG. 下面描述转移膜的细节: Details of the transfer film are described below:

上述的转移膜多层地构成。 The above-described multilayer transfer film constructed. 它具有作为承载层的膜,该膜最好较薄且耐撕裂。 It is a film having a carrier layer, the film is preferably thin and resistant to tearing. 在承载膜上通过一个分离层涂覆一个给出图形的层。 A carrier film layer pattern is given by a separating layer coating. 该分离层用于使所述给出图形的层易于从承载膜上揭下来。 The separation layer for the given pattern layer easily peeled off from the carrier film. 给出图形的层例如可以是金属化的层、或者光泽层(Glanzschicht)、或者织物层、 或者已染色的层、或者含有图形图案的覆层。 The pattern layer may be given a metalized layer or glossy layer (Glanzschicht), or the fabric layer, or the dyed layer or coating layer containing the graphic pattern.

所迷转移膜在所谓的压印膜印刷中使用。 The fans used in the so-called transfer film embossing film printing. 在压印膜印刷时将所述给出图形的胶粘剂图案涂覆到印张上。 When printing the embossing film pattern given pattern of adhesive coated onto the sheet. 这一点以筒单的方式在胶印工艺中实现。 In this way implemented in a single cylinder in the offset printing process. 然后使转移膜通过已被覆层的侧面在压力下敷设在印张上, 使得转移膜的给出图形的覆层作为相应的图形图案粘附在印张上,并同时从转移膜上揭下来。 Then through the lateral transfer film coating layer has been laid on the sheet under pressure, so that the given pattern transfer film coating adhered to the sheet as the corresponding graphic pattern and peeled off from the transfer film simultaneously.

在所述的用于执行压印膜印刷的装置中,所述膜储存辊22在纸张输送侧附设于各覆层机构2。 In the apparatus for performing printing of the embossing film, the film storing sheet conveying roller 22 is attached to each side of the cladding layer 2 mechanism. 该膜储存辊22具有一个旋转驱动装置。 The film supply roll 22 having a rotary drive means. 该旋转驱动装置需要连续地可调节地将转移膜的未使过用的膜带24输送到覆层机构2,并因此是可控制的。 The rotary drive means necessary to continuously adjustably over the transfer film so that the film for non-belt conveying mechanism 24 to the cladding layer 2, and thus is controllable. 在覆层机构2的排出侧将所述已使用过的膜带24缠绕到一个膜收集辊23上。 The already used at the discharge side of the cladding layer 2 means a film tape 24 wound onto a film take-up roll 23. 在这里为了最佳地进行生产也设有一个驱动装置,它是可控的。 In order to be optimally produced here it is also provided with a driving means, which is controllable. 此外在膜导引部位中设有张紧辊25。 Also provided is a tensioning roller 25 in the film guide site. 这些张紧辊25基于使膜带24输送到转移间隙6并从转移间隙6排出而靠近转移滚筒21进行设置。 The tension roller 25 is provided on the membrane 24 to the conveyor belt 6 and the transfer nip 6 is discharged from the transfer nip and the transfer drum 21 close. 通过这种张紧辊25可以使膜带24总是以相同的张力相对于转移滚筒21进行固定。 By this tension roller 25 of the film strip 24 may be always the same tension with respect to the transfer drum 21 is fixed.

在按照图5和6的实施例中,膜导引以特殊的方式实现,在其中张紧辊25同样靠近转移滚筒21设置。 In the embodiment according to FIGS. 5 and 6, the film guide in a special manner, wherein the tensioning roller 25 in the transfer drum 21 is provided close to the same.

但是按照图5和6优选地使张紧辊25这样设置在转移间隙6附近, 使得膜带24接近与转移滚筒21的表面相切地在转移间隙6中导引。 However, according to FIGS. 5 and 6 are preferably arranged such that the tension roller 25 in the vicinity of the transfer nip 6, so that the film belt 24 in the guide 6 close to the transfer surface of the drum 21 at the transfer nip tangential. 膜带24的这种切向导引由于膜带24与转移滚筒21表面之间接触面的尽可能最小化而减少膜带24与转移滚筒21之间的摩擦特性。 This film 24 with the film due to the tangential guide 24 and the transfer cylinder with the smallest possible surface of the contact surface between the film 21 and reduce the friction belt 24 with the transfer characteristic between the cylinder 21. 其优点是,优选在输送方向上可以在节拍运行中、例如在考虑穿行通道(转移滚筒21)或考虑题材的情况下可输送膜带24。 Film strip 24 may be delivered under the advantage that, in the conveying direction may be preferably in the beat run, for example in consideration of walking passage (transfer roller 21) or consider the case where the subject matter.

在有节拍地输送膜带24时,当不要进行覆层时、或者当在转移间隙6中一起工作的滚筒随着转移作用的中断在其表面之间穿过通道的时候,这个输送最好总是停止。 When the film strip 24 rhythmically delivery, for coating when not, or when the transfer drum 6 in the gap when the work is interrupted along with the passage through between the transfer surface acting, preferably the total transport It is stopped. 在此强迫地实现在膜带24与转移滚筒21表面之间的相对运动。 The forcedly implemented in a relative movement between the film tape 24 and the surface 21 of the transfer drum.

在另一改进方案中,在轴向上多个膜带24与相应的膜储存辊22 和附属于膜带的膜收集辊23相结合地相互间平行地设置在纸幅宽度上。 In a further refinement, the film tape 24 in the axial direction with a corresponding plurality of film stock roll and the film collecting roller attached to the film strip 23 arranged parallel to each other on the web width 22 in combination. 这些膜储存辊22以及膜收集辊23可以选择共同地或成对地对于许多膜带24的每个膜带单独地按节拍运行地进行驱动。 These storage roller 22 and the film collecting roller membrane 23 can be selected in pairs or collectively run in a clocked manner as a number of individually driven for each film with the film tape 24.

所述膜带24的节拍驱动优选通过可驱动的膜储存辊22和膜收集辊23实现,它们例如与设备控制器耦联。 The film tape 24 is preferably driven by a beat film supply roll 22 may be driven and the film collecting roller 23 to achieve, for example, device controllers are coupled. 对于节拍运行,设有一个公知的膜回环形式的膜储存器。 For beat run, the film is provided with a known form of a film storage loop. 该膜回环可以例如借助于对于一个张力调节辊(Taenzerwalze)的缠绕而构成。 The loop may be for a film tension adjusting roll (Taenzerwalze) constituted for example by means of winding.

所述转移滚筒21的表面通过与塑料覆层类似的橡皮布进行覆盖。 The transfer drum surface 21 is covered by a plastic coating with a similar blanket. 塑料覆层具有一定的弹性。 Plastic coating has a certain elasticity. 此外塑料覆层的表面是非常光滑的,并且具有对于转移膜的微小粘滞性。 Further plastic coating surface is very smooth, with a slight viscosity to the transfer film. 通过塑料表面能够将所述给出图形的覆层干净地转移到印张上。 The pattern can be given by the surface of the plastic coating cleanly transferred to the sheet. 此外通过塑料覆层的弹性结构产生一个相对较宽的印刷间隙。 Further generate a relatively wide press nip by the elastic structure of the plastic coating. 此外通过反压滚筒4的例如相对于转移滚筒21双倍大小的直径产生进一步加大的转移间隙6。 Moreover, for example 6 to produce further increase the transfer nip with respect to the diameter of the double size transfer drum 21 by the impression cylinder 4. 通过所有这些措施一方面在转移间隙6中实现一种宽的印刷面,另一方面在转移滚筒21的与反压滚筒4的对于转移膜进行挤压的表面之间实现可靠的移动性。 Implementation of a wide printing surface through all of these measures on the one hand in the transfer nip 6, on the other hand the transfer cylinder between the pressing surface of the transfer film to the impression cylinder 4 and reliable mobility 21. 通过这些机构保证将非常精细的图案从给出图形的覆层转移到印张上。 The very fine pattern is transferred by these agencies to ensure pattern given from the coating onto the sheet.

附加于上述装置特征,可以对于膜转移模块在需要时后置一个继续加工单元、例如用于压印、切割或冲切,或者一个用于印刷材料表面质量改善的涂漆机构或者一个压入机构。 Characterized in addition to the above-described apparatus, the film can be transferred to the module when required post a further processing unit, for example, embossing, or die-cutting, or a material for improving surface quality of the printing mechanism or a press-in painting means .

在将转移膜转移到印刷材料上以后、并且在需要接着挤压和压光时,在位于印刷材料上的膜上可实现一种通过通常的胶印颜色的压入或者挤压,也可以选择通过上述UV颜色来进行,和/或对于来自转移膜的给出图形的覆层实现涂漆、例如实现UV涂漆与受激准分子干燥相结合。 After the transfer film is transferred to the printed material, and if necessary followed by extrusion and calendering, film on the printed material can realize a color by a conventional offset press-fitting or pressing, can also be selected by UV color to the above, and / or implemented for paint coating from a given pattern transfer film, for example, implemented in conjunction with UV paint drying excimer. 为此在膜转移模块后面后置至少另一印刷机构和/或至少一个涂漆模块。 For this purpose at least one further printing mechanism counter and / or at least one paint film transfer module in the rear module. 例如通过对于来自转移膜的给出图形的覆层进行附加的涂漆来继续提高光泽度。 For example, by an additional coating paint for given pattern from the transfer film to continue to improve the gloss.

本发明可以在所示实施例范围内构成,但是不局限于实施例的具体特征。 The present invention may be configured within the scope of the embodiments illustrated in the embodiment, but is not limited to the specific features of the embodiments.

附图标记列表 LIST OF REFERENCE NUMERALS

1 涂覆机构 22 膜储存辊 A coating roll storage mechanism 22 membrane

2 覆层机构 23 膜收集辊 2 coating film collecting roller mechanism 23

3 压光机构 24 膜带 3 film with calender means 24

4 反压滚筒 25 张紧辊 4 impression cylinder 25 of the tension roller

5 印刷间隙 31 压光辊 5 calender roll press nip 31

6 转移间隙 32 压光间隙 6 gap transfer nip calender 32

7 UV干燥器 A 象限 A quadrant 7 UV dryer

11 印版滚筒 B 象限 B quadrant plate cylinder 11

12 涂覆辊 F 膜转移模块 12 F roller coating film transfer module

13 配量系统 D 印刷机构 13 D metering system printing mechanism

21 转移滚筒 涂漆模块 Paint module 21 transfer cylinder

13 13

Claims (17)

  1. 1.用于在印张上进行压印膜印刷的装置,它具有至少一个涂覆机构和一个覆层机构,该涂覆机构用于对于印张按照图形涂覆一种胶粘剂,而该覆层机构用于将给出图形的覆层从转移膜传递到印张上,其中该覆层机构包括一个反压滚筒和一个转移滚筒,转移膜围绕该转移滚筒这样导引,使给出图形的覆层粘附在印张上配有胶粘剂的按照图形的部位上,并且从转移膜上揭下来,其特征在于,一个膜转移模块(F)紧挨着后置于加工纸张设备的印刷机构(D)或涂漆模块(L),该膜转移模块(F)是加工纸张设备的覆层模块或涂漆模块(L),而膜转移模块(F)中的转移滚筒(21)是覆层模块或涂漆模块(L)的印版滚筒;或者转移滚筒(21)后置于覆层模块或涂漆模块(L)的反压滚筒(4)上的印版滚筒,所述加工纸张的设备是一个具有多个印刷机构的印刷机,并且所述覆层机构设置在该印刷 1. The means for embossing film printing on a sheet, having at least one coating means and a coating means, means for the coated sheet according to the pattern An adhesive coating, which coating Institutional will be given to the pattern transferred from the transfer film coating to the sheet, wherein the coating means comprises a counter-pressure cylinder and a transfer cylinder, the transfer cylinder so that the transfer film around the guide, given that the adhesion of the coating pattern in the adhesive sheet in accordance with the part pattern and peeled off from the transfer film, characterized in that, after a film transfer module (F) is placed next to the sheet processing apparatus of the printing mechanism (D) or paint module (L), which film transfer module (F) is a paper processing equipment module or paint coating module (L), and the transfer cylinder (21) film transfer module (F) is a coating or paint module module (L) of the plate cylinder; or transfer cylinder is placed a coating or paint module module (L) of the impression cylinder plate cylinder (4), the sheet processing apparatus (21) having a plurality a printing mechanism of the printer, and the coating means is provided on the printed 机构的前面或后面或之间。 Or between the front or rear of the mechanism.
  2. 2. 用于在印张上进行压印膜印刷的装置,它具有至少一个涂覆机构和一个覆层机构,该涂覆机构用于对于印张按照图形涂覆一种胶粘剂,而该覆层机构用于将给出图形的覆层从转移膜传递到印张上,其中该覆层机构包括一个反压滚筒和一个转移滚筒,它们构成一个公共的转移间隙,并且转移膜围绕转移滚筒这样导引,使该转移膜与在反压滚筒上导引的印张一起在压力下导引通过转移间隙,并且其中给出图形的覆层在印张从转移间隙排出后粘附在印张上配有胶粘剂的按照图形的部位上,并且从转移膜上揭下来,其特征在于, 一个膜转移模块(F)紧挨着后置于加工纸张设备的印刷机构(D)或涂漆模块(L), 该膜转移模块(F )具有至少一个转移滚筒(21)和一个反压滚筒(4 ), 并且膜转移滚筒(21)是覆层模块或涂漆模块(L)的印版滚筒,或者转移滚筒(21) 2. means for embossing film printing on a sheet, having at least one coating means and a coating means, means for the coated sheet according to the pattern An adhesive coating, which coating Institutional will be given to the pattern transferred from the transfer film coating to the sheet, wherein the coating means comprises a counter-pressure cylinder and a transfer cylinder which form a common transfer nip, and the transfer film around the transfer drum so that the guide, so that the guide together with the transfer film in the sheet-guiding impression cylinder through the transfer nip under pressure, and wherein the adhesive coating pattern given from the transfer nip in the sheet discharging upper sheet in accordance with a pattern of adhesive on site, and peeled off from the transfer film, characterized in that, after a film transfer module (F) is placed next to the sheet processing apparatus of the printing mechanism (D) or the paint module (L), the transfer membrane module ( F) having at least one transfer cylinder (21) and a counter pressure cylinder (4), and a film transfer cylinder (21) is a module or paint coating module (L) of the plate cylinder or transfer cylinder (21) 置于覆层模块或涂漆模块(L)的反压滚筒(4)上的印版滚筒,所述加工纸张的设备是一个具有多个印刷机构的印刷机, 并且所述覆层机构i殳置在该印刷机构的前面或后面或之间。 Modules disposed coating or paint module (L) of the impression cylinder plate cylinder (4), said sheet processing apparatus is a printer having a plurality of printing units, and said coating means i Shu disposed in front of or behind or between the printing mechanism.
  3. 3. 如权利要求1或2所述的装置,其特征在于,对于膜转移模块(F)内部的转移滚筒(21)这样附设一个用于新的转移膜的膜储存辊(22)和用于用过的转移膜的膜收集辊(23),使来自膜储存辊(22)的转移膜作为膜带(24)至少部分地围绕转移滚筒(21)穿过转移间隙(6)导引到膜收集辊(23)。 3. The apparatus of claim 1 or claim 2, characterized in that the transfer module to the film (F) inside the transfer cylinder (21) attached to such a new transfer film for a film supply roll (22), and for collecting the used film roll of the transfer film (23), that the transfer film from the film supply roll (22) as the film tape (24) at least partially surrounds the transfer cylinder (21) through the transfer gap (6) to guide the film collecting roller (23).
  4. 4. 如权利要求1或2所述的装置,其特征在于,在膜转移模块(F) 中从印版滚筒可取下地设置一个涂覆辊和一个配量系统,并且该印版滚筒可以通过一个光滑的可压缩的挤压覆层再配备成转移滚筒(21)。 4. The apparatus of claim 1 or claim 2, wherein, in the film transfer module (F) removably disposed in a coating roller and a dosing system from the plate cylinder and the plate cylinder through a compressible extruded smooth coating layer was provided as a transfer cylinder (21).
  5. 5. 如权利要求4所述的装置,其特征在于,所述挤压覆层作为覆盖覆层机构(2)转移滚筒(21)圆柱形表面区域部分表面的表面单元, 并可定位地安置在转移滚筒(21)上、或安置在由转移滚筒(21)承载的覆盖层上。 5. The apparatus according to claim 4, wherein the extrusion coating layer as a blanket coating means (2) transfer cylinder (21) is a cylindrical surface portion of a surface unit surface area, and disposed positionally transfer drum (21), or by a cover layer disposed on the transfer cylinder (21) carried.
  6. 6. 如权利要求4所述的装置,其特征在于,在转移滚筒(21)的表面上设有一个被截切下来的印刷布,或者设有一个相应于要被覆层的部位而形成轮廓的、对挤压面进行加工的塑料印版,或者设有一个对应于要被覆层部位而形成轮廓的、可粘接的或者其它的固定的挤压段。 6. The apparatus according to claim 4, characterized in that a truncated down on the surface of the transfer blanket cylinder (21), or provided with a corresponding portion of the coating layer is formed to be contoured , extruded plastic surface plate processing, or provided with a profile formed in correspondence to parts of the covering layer, may be bonded or otherwise fixed press section.
  7. 7. 如权利要求1或2所述的装置,其特征在于,在容纳着覆层机构的所述纸张加工设备内部,该覆层机构定位在该设备的任意位置上。 7. The apparatus of claim 1 or claim 2, wherein, in the sheet processing apparatus receiving the inner cladding mechanism, the cladding mechanism is positioned at any position on the device.
  8. 8. 如权利要求1或2所述的装置,其特征在于,所述覆层机构(2) 由一个输送单元形式的膜转移模块(F)构成。 8. The apparatus of claim 1 or claim 2, wherein said coating means (2) consists of a unit in the form of transport membrane transfer module (F).
  9. 9. 如权利要求1或2所述的装置,其特征在于,多个覆层机构(2) 连续地设置在所述加工纸张的设备内部。 9. The apparatus of claim 1 or claim 2, wherein the plurality of coating means (2) disposed consecutively in the interior of the processing apparatus the sheet.
  10. 10. 如权利要求1或2所述的装置,其特征在于,对于覆层机构(2)紧挨着前置一个印刷机构(D)形式的涂覆机构(1)。 10. The apparatus of claim 1 or claim 2, characterized in that for the coating means (2) next to a front printing unit (D) in the form of a coating means (1).
  11. 11. 如权利要求1或2所述的装置,其特征在于,对覆层机构(2) 紧挨着前置一个涂漆模块(L)形式的涂覆机构(1)。 11. The apparatus of claim 1 or claim 2, characterized in that, for the coating means (2) next to a front paint module (L) in the form of a coating means (1).
  12. 12. 如权利要求10所述的装置,其特征在于,对覆层机构(2) 紧挨着前置所述印刷机构(D)形式的涂覆机构(1)和一个涂漆模块(L)形式的涂覆机构(1)。 12. The apparatus according to claim 10, characterized in that, for the coating means (2) next to the front printing unit (D) in the form of a coating means (1) and a paint module (L) in the form of a coating means (1).
  13. 13. 如权利要求11所述的装置,其特征在于,对覆层机构(2) 紧挨着前置所述涂漆^f莫块(L)形式的涂覆机构(1)和一个印刷机构(D)形式的涂覆机构(1)。 13. The apparatus according to claim 11, characterized in that, for the coating means (2) next to the pre-paint coating unit blocks Mo ^ f (L) in the form of (1) a printing mechanism and (D) in the form of a coating means (1).
  14. 14. 如权利要求3所述的装置,其特征在于,对转移滚筒(21) 配置用于将膜带(24)导引到转移间隙(6)的导向机构。 14. The apparatus according to claim 3, characterized in that, on the transfer cylinder (21) configured to (24) guiding the film belt to a transfer gap (6) of the guide means.
  15. 15. 如权利要求14所述的装置,其特征在于,设置导向机构,用于将膜带(24)接近切向地对准转移滚筒(21)的表面地导引到转移间隙(6)。 15. The apparatus according to claim 14, wherein a guide means for the film strip (24) is aligned tangentially near the transfer cylinder (21) is guided to the surface of the transfer nip (6).
  16. 16. 如权利要求14所述的装置,其特征在于,对转移滚筒(21) 配置用于将膜带(24 )在转移间隙(6 )中接近切向地导引的张紧辊(25 )。 16. The apparatus according to claim 14, characterized in that, on the transfer cylinder (21) is configured with a film (24) cut close to the transfer gap (6) guided radially in the tensioning roller (25) .
  17. 17. 如权利要求14所述的装置,其特征在于,所述膜带(24)可以在节拍运行中在输送方向上输送。 17. The apparatus according to claim 14, wherein the film tape (24) can be transported in the transport direction in the operation tempo.
CN 200580011063 2004-04-13 2005-04-06 Device for embossed film printing CN100584605C (en)

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CN 200580011063 CN100584605C (en) 2004-04-13 2005-04-06 Device for embossed film printing
CN 200580011066 CN1997517A (en) 2004-04-13 2005-04-13 Printing machine with embossing device
CN 200580011064 CN100584606C (en) 2004-04-13 2005-04-13 Embossing device
CN 200580011067 CN1942319B (en) 2004-04-13 2005-04-13 Pad for embossing device

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CN 200580011064 CN100584606C (en) 2004-04-13 2005-04-13 Embossing device
CN 200580011067 CN1942319B (en) 2004-04-13 2005-04-13 Pad for embossing device

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103231595A (en) * 2013-04-22 2013-08-07 苏州凹凸彩印厂 Cold-printing process

Families Citing this family (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP5284603B2 (en) 2007-05-31 2013-09-11 株式会社小森コーポレーション Sheet-fed printing press
DE102009020106A1 (en) 2008-05-27 2009-12-03 Heidelberger Druckmaschinen Ag film clocking
JP2011522719A (en) 2008-05-28 2011-08-04 マンローラント・アーゲー Unheated device for film embossing
DE102008055142A1 (en) * 2008-12-23 2010-07-01 Manroland Ag Operating a cold-foil unit having a printing unit
DE102010020250A1 (en) * 2010-05-11 2011-11-17 Heidelberger Druckmaschinen Ag film clocking
DE102011007462A1 (en) * 2010-05-17 2011-11-17 Manroland Ag Format-related cold foil stamping
CN102259469A (en) * 2010-05-27 2011-11-30 江苏国信合成革有限公司 Transfer Machine
DE102010051238A1 (en) * 2010-11-12 2012-05-31 Heidelberger Druckmaschinen Ag Foil transfer device with variable guide system
DE102014002504A1 (en) * 2013-03-20 2014-09-25 Heidelberger Druckmaschinen Ag Foil transfer device
WO2015023262A1 (en) 2013-08-13 2015-02-19 Hewlett-Packard Development Company, L.P. Pattern foil printing
CN105599420A (en) * 2016-01-29 2016-05-25 广州迪滔日用品制造有限公司 Printing, positioning and knurling production and manufacturing process and equipment of soft material

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0569520B1 (en) 1991-01-29 1996-01-17 CROS, Jean-Pierre Printing material and printing apparatus using same
US5565054A (en) 1991-04-04 1996-10-15 Lappe; Kurt Film printing method and film printing device
US5603259A (en) 1993-08-31 1997-02-18 Crown Roll Leaf, Inc. In-line cold foil transfer process and apparatus
EP1147893B1 (en) 2000-04-08 2006-09-13 MAN Roland Druckmaschinen AG Rotary sheet-fed printing press having a multi-functional module

Family Cites Families (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE831845C (en) 1950-10-07 1952-02-18 Continental Gummi Werke Ag Rubber blanket
DE59008083D1 (en) 1989-12-21 1995-02-02 Landis & Gyr Tech Innovat Device for sticking stamps from a stamping foil.
JPH10754A (en) 1996-06-17 1998-01-06 Shinohara Tekkosho:Kk Plate cylinder of sheet-feed press

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0569520B1 (en) 1991-01-29 1996-01-17 CROS, Jean-Pierre Printing material and printing apparatus using same
US5565054A (en) 1991-04-04 1996-10-15 Lappe; Kurt Film printing method and film printing device
US5603259A (en) 1993-08-31 1997-02-18 Crown Roll Leaf, Inc. In-line cold foil transfer process and apparatus
EP1147893B1 (en) 2000-04-08 2006-09-13 MAN Roland Druckmaschinen AG Rotary sheet-fed printing press having a multi-functional module

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103231595A (en) * 2013-04-22 2013-08-07 苏州凹凸彩印厂 Cold-printing process
CN103231595B (en) * 2013-04-22 2015-05-20 苏州凹凸彩印厂 Cold-printing process

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CN1997517A (en) 2007-07-11 application
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CN1942317A (en) 2007-04-04 application
CN1942318A (en) 2007-04-04 application
CN100584606C (en) 2010-01-27 grant

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