Machines and machine parts for shaping, coating and
laminating for the manufacture of packaging and labels;
machines and machine parts for cutting, embossing, scoring
and stamping for the manufacture of packaging and labels;
folding-gluing machines and machine parts; printing machines
and printing machine parts; hydraulic, pneumatic and
mechanical control apparatus for the aforesaid goods;
component parts and spare parts for the aforesaid goods.
Machines and machine parts for shaping, coating and laminating for the manufacture of packaging and labels; machines and machine parts for cutting, embossing, scoring and stamping for the manufacture of packaging and labels; folding-gluing machine parts and machines, namely, machines and machine parts for folding and gluing industrial paper and cardboard boxes; printing machines and printing machine parts; hydraulic, pneumatic and mechanical control apparatus for the aforesaid goods; component parts and spare parts for the aforesaid goods
The invention is about a drying unit for a digital printing machine. The drying unit is made of an alternation of impingement nozzles and flotation nozzles connected to a common pressurized air source. The impingement nozzles have a counter roller that guides the substrate thanks to the drying air that pushes the substrate against the roller. The flotation nozzles are made of two nozzles facing each other and blowing with the same strength against the substrate that "floats" between them. The front nozzle air is used for drying, the back nozzle air is used for heating and for avoiding the substrate from getting unbalanced. The drying unit starts with an impingement nozzle that regulates the speed of the air to avoid the fresh ink from getting spread on the substrate. The flotation nozzles and the following impingement nozzles regulate the volume of blown air to set the drying capabilities of the drying unit.
B41J 11/00 - Devices or arrangements for supporting or handling copy material in sheet or web form
F26B 13/20 - Supporting materials by fluid jets, e.g. air
F26B 21/00 - Arrangements for supplying or controlling air or gases for drying solid materials or objects
F26B 3/04 - Drying solid materials or objects by processes involving the application of heat by convection, i.e. heat being conveyed from a heat source to the materials or objects to be dried by a gas or vapour, e.g. air the gas or vapour circulating over, or surrounding, the materials or objects to be dried
F26B 13/10 - Arrangements for feeding, heating or supporting materialsControlling movement, tension or position of materials
This invention is about a modular design for a dryer, in particular about a drying module. The drying module is made of an alternation of impingement nozzles and flotation nozzles connected to a common pressurized air source. The impingement nozzles have a counter roller that guides the substrate thanks to the drying air that pushes the substrate against the roller. The flotation nozzles are made of two nozzles facing each other and blowing with the same strength against the substrate that "floats" between them. The module has one or two air inputs connected to one or two input air chambers which are kept at constant pressure and feed the nozzles with air. The second air chamber feeds the bottom floatation nozzles and may be connected to the first air chamber to form a single air chamber. The module has a return air chamber crossed by the substrate. The dryer can be made of several of these modules to adapt its drying capability or can be constructed as an alteration of these two types of nozzles in a single dryer module. The forward and backward air chambers may be respectively connected together or connected to a common air source or air sink.
Machines and machine parts for shaping, coating and
laminating for the manufacture of packaging and labels;
machines and machine parts for cutting, embossing, scoring
and stamping for the manufacture of packaging and labels;
folding-gluing machines and machine parts; printing machines
and printing machine parts; hydraulic, pneumatic and
mechanical control apparatus for the aforesaid goods;
component parts and spare parts for the aforesaid goods.
Machines and machine parts for shaping, coating and
laminating for the manufacture of packaging and labels;
machines and machine parts for cutting, embossing, scoring
and stamping for the manufacture of packaging and labels;
folding-gluing machines and machine parts; printing machines
and printing machine parts; hydraulic, pneumatic and
mechanical control apparatus for the aforesaid goods;
component parts and spare parts for the aforesaid goods.
Machines and machine parts for shaping, coating and
laminating for the manufacture of packaging and labels;
machines and machine parts for cutting, embossing, scoring
and stamping for the manufacture of packaging and labels;
folding-gluing machines and machine parts; printing machines
and printing machine parts; hydraulic, pneumatic and
mechanical control apparatus for the aforesaid goods;
component parts and spare parts for the aforesaid goods.
Machines and machine parts for shaping, coating and
laminating for the manufacture of packaging and labels;
machines and machine parts for cutting, embossing, scoring
and stamping for the manufacture of packaging and labels;
folding-gluing machines and machine parts; printing machines
and printing machine parts; hydraulic, pneumatic and
mechanical control apparatus for the aforesaid goods;
component parts and spare parts for the aforesaid goods.
Machines and machine parts for shaping, coating and
laminating for the manufacture of packaging and labels;
machines and machine parts for cutting, embossing, scoring
and stamping for the manufacture of packaging and labels;
folding-gluing machines and machine parts; printing machines
and printing machine parts; hydraulic, pneumatic and
mechanical control apparatus for the aforesaid goods;
component parts and spare parts for the aforesaid goods.
Machines and machine parts for shaping, coating and
laminating for the manufacture of packaging and labels;
machines and machine parts for cutting, embossing, scoring
and stamping for the manufacture of packaging and labels;
folding-gluing machines and machine parts; printing machines
and printing machine parts; hydraulic, pneumatic and
mechanical control apparatus for the aforesaid goods;
component parts and spare parts for the aforesaid goods.
Machines and machine parts for shaping, coating and
laminating for the manufacture of packaging and labels;
machines and machine parts for cutting, embossing, scoring
and stamping for the manufacture of packaging and labels;
folding-gluing machines and machine parts; printing machines
and printing machine parts; hydraulic, pneumatic and
mechanical control apparatus for the aforesaid goods;
component parts and spare parts for the aforesaid goods.
Machines and machine parts for shaping, coating and laminating for the manufacture of packaging and labels; machines and machine parts for cutting, embossing, scoring and stamping for the manufacture of packaging and labels; folding-gluing machine parts and machines, namely, machines and machine parts for folding and gluing industrial paper and cardboard boxes; industrial printing machines and industrial printing machine parts; hydraulic, pneumatic and mechanical control apparatus for the aforesaid goods; component parts and spare parts for the aforesaid goods
machines and machine parts for shaping and laminating for the manufacture of packaging and labels; machines and machine parts for application of hot melt, barrier, silicone and adhesive coatings to aluminum foil, carton board, film, laminates, linerboard, non-woven fabric, and paper in the process of manufacturing packaging and labels, none of the foregoing being for application of anticorrosive paints, paint primers, paint sealers or being for industrial or automotive restoration purposes; machines and machine parts for cutting, embossing, scoring and stamping for the manufacture of packaging and labels; folding-gluing machine parts and machines, namely, machines and machine parts for folding and gluing industrial paper and cardboard boxes; hydraulic, pneumatic and mechanical control apparatus for the aforesaid goods; component parts and spare parts for the aforesaid goods
Machines and machine parts for shaping, coating and laminating for the manufacture of packaging and labels; machines and machine parts for cutting, embossing, scoring and stamping for the manufacture of packaging and labels; folding-gluing machine parts and machines, namely, machines and machine parts for folding and gluing industrial paper and cardboard boxes; industrial printing machines and industrial printing machine parts; hydraulic, pneumatic and mechanical control apparatus for the aforesaid goods; component parts and spare parts for the aforesaid goods
Machines and machine parts for shaping, coating and laminating for the manufacture of packaging and labels; machines and machine parts for cutting, embossing, scoring and stamping for the manufacture of packaging and labels; folding-gluing machine parts and machines, namely, machines and machine parts for folding and gluing industrial paper and cardboard boxes; industrial printing machines and industrial printing machine parts; hydraulic, pneumatic and mechanical control apparatus for the aforesaid goods; component parts and spare parts for the aforesaid goods
Machines and machine parts for shaping, coating and laminating for the manufacture of packaging and labels; machines and machine parts for cutting, embossing, scoring and stamping for the manufacture of packaging and labels; folding-gluing machine parts and machines, namely, machines and machine parts for folding and gluing industrial paper and cardboard boxes; industrial printing machines and industrial printing machine parts; hydraulic, pneumatic and mechanical control apparatus for the aforesaid goods; component parts and spare parts for the aforesaid goods
Machines and machine parts for shaping, coating and laminating for the manufacture of packaging and labels; machines and machine parts for cutting, embossing, scoring and stamping for the manufacture of packaging and labels; folding-gluing machine parts and machines, namely, machines and machine parts for folding and gluing industrial paper and cardboard boxes; industrial printing machines and industrial printing machine parts; hydraulic, pneumatic and mechanical control apparatus for the aforesaid goods; component parts and spare parts for the aforesaid goods
Machines and machine parts for shaping, coating and laminating for the manufacture of packaging and labels; machines and machine parts for cutting, embossing, scoring and stamping for the manufacture of packaging and labels; folding-gluing machine parts and machines, namely, machines and machine parts for folding and gluing industrial paper and cardboard boxes; industrial printing machines and industrial printing machine parts; hydraulic, pneumatic and mechanical control apparatus for the aforesaid goods; component parts and spare parts for the aforesaid goods
19.
A METHOD FOR ALIGNING A PRINT PATTERN ON A PRINT MEDIUM AND A PRINTING DEVICE
A method for aligning a print pattern on a print medium (30) in a printing device (10) with at least a first printing unit (16) and a second printing unit (18), wherein each printing unit (16, 18) comprises a printing roller (24, 25) and wherein the second printing unit (18) comprises an optical detection unit (26), wherein the print 5 medium (30) comprises a first lateral edge region (35) and a second lateral edge region (37) opposed to the first lateral edge region (35) and travels along a longitudinal direction from the first printing unit (16) to the second printing unit (18). One method step comprises printing a first register mark (38) on the first lateral edge region (35) and a second register mark (40) on the second lateral edge region10 (37) being opposed to the first lateral edge region (35) of the print medium (30) by a first printing unit (16). A further method step comprises determining the horizontal and vertical position of the first register mark (38) at the first lateral edge region (35) using the detection unit (26) and adjusting a vertical and/or horizontal register based on the position of the first register mark (38). Another method step 15 comprises, after adjusting the vertical and/or horizontal register based on the position of the first register mark (38), printing a third register mark (46) on the first lateral edge region (35) and a fourth register mark (48) on the second lateral edge region (37) of the print medium (30) by the second printing unit (18). The maximum width of the second and fourth register marks (40, 48) on the second lateral edge 20 region (37) is smaller than the maximum width of the first and third register marks (38, 46) on the first lateral edge region (35). Moreover, a printing device (10) is provided.
Machines and parts of machines for converting, coating and laminating for the manufacturing of packaging and labels; machines and part of machines for diecutting, embossing, creasing and stamping for the manufacturing of packaging and labels; machines and part of machines for folding-gluing; printing machines and parts of printing machines; hydraulic, pneumatic and mechanical control apparatus for the aforesaid goods; components and spare parts for the aforesaid goods.
Machines and machine parts for shaping, coating and
laminating for the manufacture of packaging and labels;
machines and machine parts for cutting, embossing, scoring
and stamping for the manufacture of packaging and labels;
folding-gluing machines and machine parts; printing machines
and printing machine parts; hydraulic, pneumatic and
mechanical controls for the aforesaid goods; component parts
and spare parts for the aforesaid goods.
This invention relates to a web (2) printing unit (5) and a register method to align the different colour planes in a printing press. Despite the use of inexpensive equipment, the invention is able to compensate for diagonal misalignments and lateral shrinking of the web (2). It uses a photocell (40) positioned on each side of the web (2) and can be fully automated. It also performs a fast correction, thereby reducing the waste caused by misalignments.
B41F 13/02 - Conveying or guiding webs through presses or machines
B41F 13/14 - Registering devices with means for displacing the cylinders
B41F 19/00 - Apparatus or machines for carrying out printing operations combined with other operations
B41F 23/00 - Devices for treating the surfaces of sheets, webs or other articles in connection with printing
B41F 23/04 - Devices for treating the surfaces of sheets, webs or other articles in connection with printing by heat drying, by cooling, by applying powders
B41F 33/00 - Indicating, counting, warning, control or safety devices
B41F 33/02 - Arrangements of indicating devices, e.g. counters
Machines and machine parts for shaping, coating and laminating for the manufacture of packaging and labels; machines and machine parts for cutting, embossing, scoring and stamping for the manufacture of packaging and labels; folding-gluing machines and machine parts thereof; printing machines and printing machine parts; hydraulic, pneumatic and mechanical controls for the aforesaid goods; component parts and spare structural parts for the aforesaid goods
24.
INKING SYSTEM FOR A ROTOGRAVURE PRESS WITH OPTIMAL CONFIGURATIONS FOR SEVERAL TYPES OF INK
The present invention discloses an inking system for a rotogravure press and a printing unit. The inking system can adopt two different configurations: a configuration which is optimal for inks found in Asia, and another setting which is optimal for inks present in Europe. The inking system (1) uses a cartridge (2) to allow for a fast change of ink. Also, the system is set up to allow the exchange of the gravure cylinder (11, 12) without changing the ink cartridge. Finally, the system can adapt to a whole set of gravure cylinder diameters. The invention uses an ink pan (13) with adjustable height, and an inking roller (10) partially dipped in the ink (20) of the pan.
The present invention discloses an inking system for a rotogravure press. The inking system uses a cartridge to allow for a fast change of ink. Also, the system is set up to change of the gravure cylinder (11, 12) without changing the ink cartridge. Finally, the system can adapt to a whole set of gravure cylinder diameters. The invention uses an ink pan (13) with adjustable height, and an inking roller (10) partially dipped in the ink (20) of the pan. The inking roller (10) is part of the cartridge and can be automatically engaged and dis-engaged by the printing unit.
A winder assembly, for the grasping of a reel in a machine such as for example a laminating machine, comprising two arms (10, 11) movable in a mutually approaching manner according to approaching directions (X) to grasp the reel, driving means (13, 13') for moving each of the arm along its own approaching direction, the winder assembly further comprising detection means (17) operatively linked with at least one of the arms (11) - the sensitive arm (11) - to detect the pushing force exerted on the reel by the sensitive arm (11), and correpsonding method.
The present invention refers to a chill roll (1) with recirculation of water or other suitable fluid used in printing machines, such as in particular rotogravure printing machines. The chill roll (1) has the ability to minimize the friction forces with the printing support and can thus be used with fragile supports.
B41F 23/04 - Devices for treating the surfaces of sheets, webs or other articles in connection with printing by heat drying, by cooling, by applying powders
B65H 27/00 - Special constructions, e.g. surface features, of feed or guide rollers for webs
28.
DEVICE FOR CLEANING A DOCTOR BLADE IN A PRINTING UNIT OF A ROTOGRAVURE PRINTING MACHINES
This invention discloses a system to automatically clean a doctor blade (1). The cleaning of the doctor blade (1) removes the dust particles or the dried ink aggregates. It is performed by a sliding blade (4), which slides over the doctor blade (1). By automating the cleaning process, we can place the safety equipment on the side of the print unit, thus allowing to position the blade (1, 4) closer to the printing roller (2) and improving the print quality. Also, the invention discloses a cleaning sequence where the dirt caused by the cleaning process is confined to a small portion of the print.
The present invention refers to a novel support for a doctor blade (31) in a rotogravure printing machines. The doctor blade (31) performs a smooth lateral oscillation to remove ink that tends to dry behind the doctor blade (31), and thanks to the lack of gearing for conducting the motion, the system is extremely precise and low in maintenance. The novel support is made of two elastic laminar members (41, 42) on each side of the doctor blade (31).
09 - Scientific and electric apparatus and instruments
37 - Construction and mining; installation and repair services
Goods & Services
Machines, equipment and devices for processing and printing,
of substrates, more particularly of webs and plastic film
for the packaging manufacturing industry; machines,
equipment and devices for converting, especially for
coating, extrusion coating and laminating, laminating,
laminating flexible materials, printing, especially rotary
presses, machines for rotogravure printing, of substrates,
more particularly webs and plastic films for the packaging
manufacturing industry; systems for machine loading, infeed,
feeding, unwinding, splicing, positioning, conveying, and
delivering; systems for collecting, rewinding, handling, and
conveying out of machine, of substrates, more particularly
webs and plastic films, of converted and printed substrates;
control devices for the aforesaid machines, equipment and
devices; printing cylinders and rollers, machines for
preparing and processing of printing cylinders and rollers;
peripherals and accessories for the aforesaid machines,
equipment and devices; consumables, constituent pieces and
spare parts for the aforesaid machines, equipment and
devices; tools for the aforesaid machines, equipment and
devices. Electronic apparatus, instruments, devices and software for
inputting, entering, recording, reproduction, storing,
processing, transmission, displaying of data for checking,
controlling, measuring, programming, adjusting, presetting,
quality control, for monitoring of production parameters,
performances and stops management, for checking of register
of printings, for measuring and adjusting the color
composition of printings, for measuring and adjusting the
ink supply, especially digital cameras for detecting,
registering and positioning, for machines, equipment and
devices for processing and printing substrates, more
particularly webs and plastic films for the packaging
manufacturing industry. Customer assistance services, namely installation, cleaning,
maintenance, settings optimization, repair, updating,
improvement services, mounting of consumables and spare
parts for machines, equipment and devices for processing and
printing substrates, more particularly webs and plastic film
for the packaging manufacturing industry.
37 - Construction and mining; installation and repair services
Goods & Services
Machines à imprimer le papier et le carton, leurs pièces et
parties, machines à imprimer les films souples pour le
domaine de l'emballage flexible ainsi que leurs pièces et
parties. Services d'installation, de réparation, d'entretien et de
maintenance pour les machines à imprimer, leurs pièces et
parties, pour les machines à imprimer les films souples pour
le domaine de l'emballage flexible ainsi que leurs pièces et
parties.
37 - Construction and mining; installation and repair services
Goods & Services
Machines à imprimer le papier et le carton, leurs pièces et
parties, machines à imprimer les films souples pour le
domaine de l'emballage flexible ainsi que leurs pièces et
parties. Services d'installation, de réparation, d'entretien et de
maintenance pour les machines à imprimer, leurs pièces et
parties, pour les machines à imprimer les films souples pour
le domaine de l'emballage flexible ainsi que leurs pièces et
parties.