子分类：
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 热烫印刷装置 | CN201080064121.2 | 2010-12-03 | CN102762383A | 2012-10-31 | J-F·弗耐 |
| 本发明涉及一种用于印刷板材（10）的印刷装置（300），所述印刷装置包括模切压印机（310），所述模切压印机通过热烫将至少一个烫印带（320）的彩色或金属薄膜粘贴在每件板材（10）上；以及传送机构（340），所述传送机构通过拉动所述板材（10）的前边缘将每件板材（10）相继地导入所述模切压印机（310）。本发明的特征在于，所述印刷装置（300）还包括能够在将所述板材（10）导入所述模切压印机（310）的期间部分地保持每件板材（10）的后部的保持机构（360）。 | ||||||
| 2 | 卡片印刷与保护的方法及系统 | CN201480015825.9 | 2014-03-12 | CN105142923A | 2015-12-09 | 小弗兰克·J.·奥尔森; 约翰·H.·施奈德 |
| 一种用于卡片印刷和保护的方法和系统提供具有图像和防护涂层的卡片的单步法构造。将空白卡片送入热烫印模块，还将涂层或者贴膜供料穿过所述热烫印模块送入。热转移式印刷机在涂层或者贴膜进入所述热烫印模块之前将图像印刷到其上。将所述空白卡片与所述经印刷的涂层或者贴膜对齐，然后一起热烫印以产生成品卡片构造。防伪印刷/施加模块还可在所述涂层或者贴膜进入所述热烫印模块之前向其选择性地施加防伪特征或要素。 | ||||||
| 3 | 热烫印刷装置 | CN201080064121.2 | 2010-12-03 | CN102762383B | 2015-05-13 | J-F·弗耐 |
| 本发明涉及一种用于印刷板材（10）的印刷装置（300），所述印刷装置包括模切压印机（310），所述模切压印机通过热烫将至少一个烫印带（320）的彩色或金属薄膜粘贴在每件板材（10）上；以及传送机构（340），所述传送机构通过拉动所述板材（10）的前边缘将每件板材（10）相继地导入所述模切压印机（310）。本发明的特征在于，所述印刷装置（300）还包括能够在将所述板材（10）导入所述模切压印机（310）的期间部分地保持每件板材（10）的后部的保持机构（360）。 | ||||||
| 4 | 用于薄膜转移的调节设备 | CN200810107494.8 | 2008-12-08 | CN101513802A | 2009-08-26 | P·弗兰岑; N·克洛克曼; A·韦伯 |
| 本发明涉及一种薄膜转印设备(100)，包括一个施加装置(102)、一个设置在施加装置(101)后面的转印装置(102)和至少一个用于进一步处理带有所施加的转印层(201)的承印物(104)的第三装置(103)。如果在被涂层的承印物(104)上在后续的间隙(109)中再次施加一个压紧压力(203)，则可导致处于转印层(201)下面的粘结剂层(202)被压出来。橡皮布(401)因此可被粘结剂污染，由此，油墨本身受到污染并且转印层(201)的部分又从被涂层的页张(104)脱离。根据本发明提出，将转印装置(102)中的测量值与第三装置(103)中的相应值进行比较。然后可根据该差异对装置(102，103)中的至少一个控制参量进行再控制，以便使被排挤出来的粘结剂的量至少降低。 | ||||||
| 5 | 工具支撑和加热装置 | CN200410031009.5 | 2004-04-05 | CN1332821C | 2007-08-22 | 弗朗索瓦·博特; 米歇尔·皮盖 |
| 一种用于工具如印刷板的工具支撑和加热装置(20)，该装置用于在基体(12)上进行部分金属膜(4)的模切割及热压力转印。该装置包括基板(40)，该基板施加在蜂窝版框(24)的一个侧部上。该基板由至少一个绝缘表面(21、23、41)和至少一个导电表面(22、42、44)顺序地形成，使得可以供给至少一个加热装置(30)，该至少一个加热装置可以插入到所述孔(25)中的每一个内，以使印刷板(17)过热，而该印刷板(17)固定在所述蜂窝版框(24)的第二侧上。 | ||||||
| 6 | 工具支撑和加热装置 | CN200410031009.5 | 2004-04-05 | CN1541855A | 2004-11-03 | 弗朗索瓦·博特; 米歇尔·皮盖 |
| 一种用于工具如印刷板的工具支撑和加热装置(20)，该装置用于在基体(12)上进行部分金属膜(4)的模切割及热压力转印。该装置包括基板(40)，该基板施加在蜂窝版框(24)的一个侧部上。该基板由至少一个绝缘表面(21、23、41)和至少一个导电表面(22、42、44)顺序地形成，使得可以供给至少一个加热装置(30)，该至少一个加热装置可以插入到所述孔(25)中的每一个内，以使印刷板(17)过热，而该印刷板(17)固定在所述蜂窝版框(24)的第二侧上。 | ||||||
| 7 | 一种全自动化印刷机 | CN201610888142.5 | 2016-10-11 | CN106274046A | 2017-01-04 | 李文 |
| 本发明公开了一种全自动化印刷机，包括：机座以及设置于所述机座前后两端部的放卷机和收卷机，在所述机座上依次设置有接料台组合、电晕处理机、底涂和背涂印刷座、烘箱组件、至少一组印刷机组、烫金机组、上光油机组、圆网丝印机组以及覆膜机组，还设置有一中控设备，该中控设备用于控制上述机构的协同作业。本发明能够在印刷工艺上实现一体式全自动印刷，能够实现除膜、电晕、底涂、背涂、固化和纠偏等印刷前序工序，同样亦能够完成印刷后实现烫金、上光油、丝印，覆膜以及自动收卷等工序，不但可以在纸质，胶片，薄膜等成因材料上印刷，还能在铝箔，薄铁板等金属卷材上印刷，实现生产流水化，能够极大地提高生产效率、降低人工成本，提高产品的生产质量。 | ||||||
| 8 | 从载体薄膜向印张转移图像层的设备及薄膜导向机构 | CN200780047254.7 | 2007-12-13 | CN101563228B | 2013-08-14 | M·普赖斯纳 |
| 为了从载体薄膜向印张上转移图像类型的涂层，将图像类型粘接剂施加到印张上。在一个薄膜转移模块(2)中，然后具有图像类型的涂层的载体薄膜在挤压力下引导通过印张，使得涂层粘附在粘接部位上和形成图像。为了改善该功能，为了简化设备和为了提高灵活性，设置了用于转移薄膜(5)的薄膜卷筒的保持架，其简化了操作。 | ||||||
| 9 | 模块式薄膜单元 | CN200780047254.7 | 2007-12-13 | CN101563228A | 2009-10-21 | M·普赖斯纳 |
| 为了从载体薄膜向印张上转移图像类型的涂层，将图像类型粘接剂施加到印张上。在一个薄膜转移模块(2)中，然后具有图像类型的涂层的载体薄膜在挤压力下引导通过印张，使得涂层粘附在粘接部位上和形成图像。为了改善该功能，为了简化设备和为了提高灵活性，设置了用于转移薄膜(5)的薄膜卷筒的保持架，其简化了操作。 | ||||||
| 10 | Hot stamping printing device | US13516276 | 2010-12-03 | US09027473B2 | 2015-05-12 | Jean-François Fornay |
| A printing device 300 for printing elements in the form of sheets 10, includes a platen press 310 which hot stamps to affix to each sheet 10 with a colored or metallized film from at least one stamping strip 320. A transport device 340 introduces each sheet 10 one after the other into the platen press 310 by pulling the sheet 10 by its front edge. The printing device 300 further includes a device 360 able to partially restrain each sheet 10 by its rear portion during the phase of introducing the sheet 10 into the platen press 310. | ||||||
| 11 | Method for Transferring a Transfer Layer from a Carrier Film, Film Transfer Apparatus and Covering Surface for a Film Transfer Apparatus | US12364093 | 2009-02-02 | US20090205772A1 | 2009-08-20 | Peter Franzen; Nils Klockmann; Alexander Weber |
| A film transfer apparatus includes an application unit, a transfer unit downstream of the application unit, and at least one third unit for further processing a printing material with a transfer layer applied. In the prior art, if contact pressure is exerted on coated printing material again in a following nip, the adhesive layer under the transfer layer can be pressed out. A blanket can then be contaminated with adhesive, ink itself can be contaminated and parts of the transfer layer can be detached from the coated sheet. In order to avoid pressing out the adhesive, measured values in the transfer unit are compared with corresponding values in the third unit. At least one controlled variable in the units can then be readjusted on the basis of a difference, to at least reduce the quantity of adhesive squeezed out. A transfer method and a covering surface are also provided. | ||||||
| 12 | Tools supporting and heating device | US10826043 | 2004-04-15 | US20040206254A1 | 2004-10-21 | Francois Both; Michel Piguet |
| Tools supporting and heating device for tools like printing plates, used for diecutting and hot pressure transfer of portions of metallic films on a substrate. This device comprises a base plate applied against one of the sides of the honeycomb chase. This base plate is made of a sequence of at least one insulating surface and of at least one conducting surface enabling to feed at least one heating device intended to be inserted inside each one of said apertures in order to heat a printing plate fastened against a second side of the honeycomb chase. | ||||||
| 13 | Tool supporting and heating device | JP2004098376 | 2004-03-30 | JP2004314175A | 2004-11-11 | BOTH FRANCOIS; PIGUET MICHEL |
| PROBLEM TO BE SOLVED: To provide a tool supporting and heating device for a tool such as a printing plate which is used for cutting and hot pressure transfer of a portion of a metallic film on a substrate. SOLUTION: This device (20) is equipped with a base plate (40) which is applied against one of the sides of a honeycomb chase (24). This base plate is made of a sequence of at least one insulating surface (21, 23, 41) and at least one electrically conductive surface (22, 42, 44) capable of feeding power to at least one heating device (30) intended to be inserted inside each one of apertures (25) in order to heat the printing plate (17) fastened against a second side of the honeycomb chase (24). COPYRIGHT: (C)2005,JPO&NCIPI | ||||||
| 14 | Adjusting device for foil transfer | JP2009021781 | 2009-02-02 | JP2009184354A | 2009-08-20 | FRANZEN PETER; KLOCKMANN NILS; WEBER ALEXANDER |
| <P>PROBLEM TO BE SOLVED: To reduce dirt by the adhesive of a secondary processing unit by improving the quality of a printing product to be manufactured. <P>SOLUTION: A foil transfer device 100 includes an applying unit 101, a transferring unit 102 after the applying unit 101, and at least one third unit 103 for processing material 104 to be printed applied by a transfer layer 201. When pressing pressure 203 is affected to the material 104 to be printed at a following gap 109, there is possibility that an adhesion layer 202 under the transfer layer 201 is extruded to the outside. There is possibility that a rubber blanket 401 is stained with the adhesive, ink itself is stained, and the part of the transfer layer 201 is again peeled off from a sheet. A measured amount in the transfer unit 102 is compared with the corresponding value of a third unit. In order to reduce the quantity of the adhesive to be stuck out to the outside from this difference, at least one control amount can be readjusted by the transfer unit 102, the third unit 103. <P>COPYRIGHT: (C)2009,JPO&INPIT | ||||||
| 15 | Die cutting device with adjustable cylinder distance | US13557599 | 2012-07-25 | US08943939B2 | 2015-02-03 | Thomas Demand |
| A die-cutting device for die-cutting labels includes a die-cutting cylinder and a counterpressure cylinder. A distance between the die-cutting cylinder and the counterpressure cylinder is adjustable. Accordingly, the die-cutting cylinder is locked in position by a locking force and the counterpressure cylinder is displaceably supported by a guide. The locking force and the guide generally form a right angle. A narrow-web printing press includes such a die-cutting device. | ||||||
| 16 | DIE CUTTING DEVICE WITH ADJUSTABLE CYLINDER DISTANCE | US13557599 | 2012-07-25 | US20130025426A1 | 2013-01-31 | Thomas DEMAND |
| A die-cutting device for die-cutting labels includes a die-cutting cylinder and a counterpressure cylinder. A distance between the die-cutting cylinder and the counterpressure cylinder is adjustable. Accordingly, the die-cutting cylinder is locked in position by a locking force and the counterpressure cylinder is displaceably supported by a guide. The locking force and the guide generally form a right angle. A narrow-web printing press includes such a die-cutting device. | ||||||
| 17 | Plateless-transfer printing film, apparatus, and appliance using the same | US12923290 | 2010-09-14 | US20120062671A1 | 2012-03-15 | Chung-Sheng Liu |
| A plateless-transfer printing apparatus having a plateless-transfer printing film and a transfer printing machine is disclosed. The plateless-transfer printing film includes a substrate and a transfer layer. The transfer layer has a release layer, a pattern layer, a white-ink layer and an adhesive layer. Those layers are orderly positioned on the substrate. In particular, the transfer printing machine has a pressure part, a heating part, an upper prop part and a lower prop part. An article-to-be-printed is firstly placed on the lower prop part. The plateless-transfer printing film positioned on the article is then heated by the heating part. Next, the pressure part presses both upper and lower prop parts, and the transfer printing film is formed on the surface of the article. It is featured that the pressure part evenly presses both the article and transfer printing film between the upper and lower prop parts. | ||||||
| 18 | Method for transferring a transfer layer from a carrier film, film transfer apparatus and covering surface for a film transfer apparatus | US12364093 | 2009-02-02 | US08100160B2 | 2012-01-24 | Peter Franzen; Nils Klockmann; Alexander Weber |
| A film transfer apparatus includes an application unit, a transfer unit downstream of the application unit, and at least one third unit for further processing a printing material with a transfer layer applied. In the prior art, if contact pressure is exerted on coated printing material again in a following nip, the adhesive layer under the transfer layer can be pressed out. A blanket can then be contaminated with adhesive, ink itself can be contaminated and parts of the transfer layer can be detached from the coated sheet. In order to avoid pressing out the adhesive, measured values in the transfer unit are compared with corresponding values in the third unit. At least one controlled variable in the units can then be readjusted on the basis of a difference, to at least reduce the quantity of adhesive squeezed out. A transfer method and a covering surface are also provided. | ||||||
| 19 | Card Printing and Protection Method and System | US13842759 | 2013-03-15 | US20140261025A1 | 2014-09-18 | Frank J. Olsen, JR.; John H. Schneider |
| A method and system for card printing and protection provides for single step construction of a card having an image and a protective overlay. A blank card is fed into a hot stamp module, through which is also fed a supply of overlay or patch film. A thermal transfer printer prints an image onto the overlay or patch before it enters the hot stamp module. The blank card is registered with the printed overlay or patch and then hot stamped together to create the finished card construction. A security printing/application module can also selectively apply a security feature or element to the overlay or patch before it enters the hot stamp module. | ||||||
| 20 | HOT STAMPING PRINTING DEVICE | US13516276 | 2010-12-03 | US20120247352A1 | 2012-10-04 | Jean-François Fornay |
| A printing device 300 for printing elements in the form of sheets 10, includes a platen press 310 which hot stamps to affix to each sheet 10 with a colored or metallized film from at least one stamping strip 320. A transport device 340 introduces each sheet 10 one after the other into the platen press 310 by pulling the sheet 10 by its front edge. The printing device 300 further includes a device 360 able to partially restrain each sheet 10 by its rear portion during the phase of introducing the sheet 10 into the platen press 310. | ||||||
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