09 - Scientific and electric apparatus and instruments
11 - Environmental control apparatus
37 - Construction and mining; installation and repair services
Goods & Services
Machines for the graphics industry; machines for processing
paper, aluminum and plastic film; machines for machining and
manufacturing; machines for transformation; machines for
continuous material processing, in particular for
humidifying, drying, coating, laminating, impregnating,
printing, cross linking, surface activation by a chemical
process (primer) or an electric process (corona); machines
for continuous material processing, in particular for
coating substances made with solvent or water, and/or
hotmelt adhesives; machines with pre-dosed system as
extrusion nozzle or curtain coating (1-3 coats); machines
for continuous material processing with dosing system as
coating by smooth cylinders and/or coating by screened
cylinder with scraper system; parts of machines, in
particular cylinders, bearing, seals, scraper, extrusion
nozzle, fan, blower, evaporator, humidifier, heat exchanger,
UV or IR radiation apparatus, ionizing bar device; means of
transport of bands (machines) with or without contact, on
cylinders or by flotation on air cushion; machines for the
manufacture and/or the decoration of tubes, cans and cups;
machines for decorating and/or lacquering tubes of aluminum
and/or plastic, flexible and lay-flat ducts and hoses and
cartridge cases; machines for the treatment of materials,
machines for the machining of materials; machine controls
and adjustments for the aforesaid articles. Electrodes for the production, processing, regulation and
distribution of electrical energy. Drying installation for tubes, cans and cups. Installation, maintenance and repair service for the
aforesaid articles.
09 - Scientific and electric apparatus and instruments
11 - Environmental control apparatus
37 - Construction and mining; installation and repair services
Goods & Services
Machines for the graphics industry in the nature of printing machines for commercial or industrial use; [ Machines for processing paper, aluminum and plastic film; ] Machines for manufacturing and dispensing packing material; Computer-controlled, power-operated machine tool for machining; [ Machines for continuous material processing, namely, chemical fiber drying machines, paper coating and laminating machines, and printing presses; ] Machine parts, namely, cylinders, bearing housings, and mechanical seals; [ Embossing machines for the manufacture and decoration of tubes, cans and cups; ] Machines for lacquering tubes of aluminum and plastic, flexible and lay-flat ducts and hoses and cartridge cases [ ; Machines for the machining of materials, namely, work holding fixtures for precision machining applications ] [ Electrodes for the production, processing, regulation and distribution of electrical energy ] [ Industrial apparatus using air for drying printed tubes, cans and cups ] Installation, maintenance and repair of machines for the graphics industry in the nature of printing machines for commercial or industrial use [ ; Installation, maintenance and repair of machines for processing paper, aluminum and plastic film ]
3.
Transferring device, transferring system, and method
A transferring device for transferring and/or receiving cans, can blanks, or other containers out of or into a transferring or respectively receiving axis (U) which extends at an angle to a transport path (T), with multiple suction elements (3), which can be moved along the transport path (T) during transfer, each of which has at least one suction opening (4), and which can be connected to a negative pressure source, in order to retain the cans, can blanks, or other containers by means of suction during transport along the transport path (T), wherein the suction elements (3) are designed and/or arranged in a movable manner between a retracted and an extended position at least along some sections of the transferring and/or receiving axis (U), characterized in that the suction elements (3) are designed and arranged so as to be reversibly deformable during the movement along the transferring and/or receiving axis (U) such that the movement of the suction openings (4) together with the suctioned cans, can blanks or other containers is able to be brought about along the transferring and/or receiving axis (4), exclusively on the basis of the reversible deformation of the suction elements (3), said deformation being caused by the suction effect of the negative pressure source (5), and wherein a transfer path able to be overcome exclusively by deformation of the suction elements (3), for the cans, can blanks or other containers along the transferring and/or receiving axis (4) is at least 1 mm.
B65G 47/84 - Star-shaped wheels or devices having endless travelling belts or chains, the wheels or devices being equipped with article-engaging elements
B65G 47/91 - Devices for picking-up and depositing articles or materials incorporating pneumatic, e.g. suction, grippers
A transfer device comprising a mandrel wheel; and a transfer wheel, respectively driven to rotate about rotation axes that are parallel to one another and which respectively include supports in their peripheries for objects to be imprinted or processed otherwise, wherein a distance of the supports at the mandrel wheel from a rotation axis of the mandrel wheel is variable between a minimum distance and a maximum distance, and the mandrel wheel and the transfer wheel are arranged adjacent to one another so that objects are transferrable from a transport device through the transfer wheel to a respective support at the mandrel wheel or vice versa from the mandrel wheel through the transfer wheel to a transport device, wherein the supports are respectively attached to the transfer wheel through a transfer pivot arm so that they are pivotable about a pivot axis.
B65G 47/84 - Star-shaped wheels or devices having endless travelling belts or chains, the wheels or devices being equipped with article-engaging elements
5.
SEPARATION OF A PRINTING PLATE FROM A BUNDLE OF PLATES
Printing‑plate‑separating device comprising a plate‑bundle holder 22 which can hold a bundle 14 of plates, and also comprising a gripping device 23, which can be moved relative to the plate‑bundle holder 22 and by means of which an individual printing plate 10 of the bundle 14 of plates can be gripped and separated from the bundle 14 of plates, wherein the gripping device 23 is mounted such that the aforementioned individual printing plate 10 can be separated from the bundle 14 of plates by at least one rectilinear movement, preferably at least two rectilinear movements, of the gripping device 23.
A necking machine (1) having a plurality of processing stations on a rotating tool carrier (7). The motion of the tool carrier (7) with respect to the work pieces is carried out by a crankshaft (25). This is carried out by a non-constant gear. The gear includes two non-round gearwheels (21, 23) that improve a rotational-speed profile of the crankshaft (25) and thus a velocity profile, in particular, in an area of the dead center.
Rotation printing machine comprising a) a transfer cylinder (1), b) an impression cylinder (1; 20) forming a printing gap with the transfer cylinder (1) for a medium (M) to be printed, c) a first plate cylinder (2) that can be moved back and forth on a prescribed track between a print-on position against the transfer cylinder (1) and a setup position away from the transfer cylinder (1), d) a second plate cylinder (3) associated with the transfer cylinder (1), e) and a color deck (17) equipped for transferring ink to said plate cylinder (2, 3) in the print-on position of the first plate cylinder (2) or the second plate cylinder (3), characterized in that e) the second plate cylinder (3) can also be moved back and forth along a prescribed track between a print-on position against the transfer cylinder (1) at a distance from the print-on position of the first plate cylinder (2) in the circumferential direction of the transfer cylinder (1), and a setup position away from the transfer cylinder (1).
B41F 7/08 - Rotary lithographic machines for offset printing using one transfer cylinder co-operating with several forme cylinders for printing on sheets or webs, e.g. sampling of colours on one transfer cylinder
Newspaper printing press comprising a) a reel unwinder (1) for a web (B), b) a first impression cylinder (11; 13) and a back-pressure cylinder (11; 13) for forming a first press nip for the web (B), c) a further, second impression cylinder (12; 14) for forming a second press nip, through which the web (B) can be conveyed downstream of the first press nip in the conveying direction (F), d) wherein, in the conveying direction (F), the first press nip is a most upstream press nip and the second press nip is a most downstream press nip for the web (B) if the web (B) is guided through more than only one press nip, e) a folder (18), to which or from which the web (B) can be conveyed for forming folded newspaper copies, f) and an additional printing apparatus (6, 7) for the web (B), g) wherein the additional printing apparatus (6, 7) is arranged upstream of the first impression cylinder (11; 13) in a fixed association to the reel unwinder (1) or downstream of the second impression cylinder (14) in a fixed association to the folder (18).
A process and apparatus to make an edge or a collar featuring a complex structure on extruded, deep-drawn and deep-drawn/wire-drawn metal rough pieces with which bottles for the beverage and food sector or for technical use are particularly obtained, suitable for the application of a closing cap and fit to use on a tapering machine. The process includes a starting operating stage to deform an upper end portion of a metal holder by turning it outwardly so as to obtain an edge or a collar with a basically circular section, one or more intermediate operating stages to deform the edge or collar by squeezing in the radial direction and stretching towards the bottom of the metal holder, a final operating deformation stage to obtain an edge or collar with a complex ovoidal profile for the application of at least two caps of different types.
The invention relates to a device for the extrusion of round blanks (1), comprising an extrusion sleeve (2) and a die (3), by means of which the round blanks (1) can be pressed in the extrusion sleeve (2), as well as a feeding device (4, 5, 6) by means of which the round blanks (1) can be transported between the die (3) and the extrusion sleeve (2), wherein the feeding device (4, 5, 6) comprises a guide rail (4) in which the round blanks (1) are arranged one behind the other and at the lower end thereof means (5, 6) are arranged for separating the round blanks (1). The invention is characterized in that the separating means (5, 6) comprise a separating cam (5) that is rotatable about a rotating axis (5a) in a direction of rotation (5b), the outer surface of said separating cam comprising at least one convex region (5c), whose distance to the rotating axis (5a) decreases in the rotating direction (5b) of the cam (5), and at least one concave region (5d), whose curvature radius is adapted to the diameter of the round blanks (1).
B21D 43/02 - Advancing work in relation to the stroke of the die or tool
B21D 43/14 - Advancing work in relation to the stroke of the die or tool by means in mechanical engagement with the work by turning devices, e.g. turn-tables
B65G 47/84 - Star-shaped wheels or devices having endless travelling belts or chains, the wheels or devices being equipped with article-engaging elements
B21K 27/00 - Handling devices, e.g. for feeding, aligning, dischargingCutting-off meansArrangement thereof
12.
METHOD AND APPARATUS FOR CONTROLLING A PRINTING PRESS IN CASE OF A FAULT OR OUTAGE OF THE POWER SUPPLY SYSTEM
The invention relates to a method for controlling a production machine, especially a printing press, which guides a substrate and has at least two units that are each provided with an independent drive, in case of a fault in a power supply system of the production machine. In said method, a fault of the power supply system is detected, and a connection is established between the units in the form of a DC link interconnection system in order to be able to transmit power from one unit to one or more other units. The invention also relates to a production machine, especially a printing press, comprising first units for guiding a substrate, e.g. a web, at least one drive for the first units, second units for processing the substrate, at least one drive for the second units, a power supply system for supplying electric power to the drives, a first DC link for at least one of the drives of the first units, a second DC link for at least one of the drives of the second units, at least one connecting device (KM) which electrically interconnects the DC links, preferably by means of a DC link interconnecting system, and preferably disconnects the DC links from one another in such a way that current can flow only from one of the DC links, preferably the second DC link, towards the other DC link.
H02J 9/06 - Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source with automatic change-over
H02J 3/38 - Arrangements for parallelly feeding a single network by two or more generators, converters or transformers
H02P 5/74 - Arrangements specially adapted for regulating or controlling the speed or torque of two or more electric motors controlling two or more AC dynamo-electric motors
13.
PRINTING CYLINDER WITH AN AUTOMATICALLY ACTIVATED CLAMPING DEVICE
The invention relates to a printing cylinder with an automatically activated clamping device for a printing plate that may be placed on the outer circumference of the printing cylinder, said printing cylinder comprising: a) an axially extending clamping channel (1a, 1b, 2a, 2b) having a channel opening on the outer circumference of the printing cylinder (1, 2), b) a clamping body (24) that forms a clamping gap in the clamping channel with a counter surface (1a, 2a) and that is movable in order to perform an advancing movement towards the counter surface (1a, 2a) and a withdrawal movement away from the counter surface, c) an activation device (19-21) that is movable relative to the clamping body (24) for the activation thereof, d) and a coupling (20, 27) that couples the clamping body (24) mechanically to the activation device (19-21) such that the movement of the activation device (19-21) causes the advancing or withdrawal movement of the clamping body (24).
The invention relates to a method for measuring the colour distribution in web-fed printing in which the light remitted by a printed web is measured by spectroscopy and/or colorimetry. Said invention is characterised in that said light is measured at various image points in the printed image.
The present invention relates to a method for the measurement of optical spectrums in web-fed printing, characterized in that continuous measurement is carried out of the printed web.
A rotary printing press comprises a cylinder (1) having a cylinder channel (2), a plate (3) which comprises an elbow on a first plate end (4), which elbow can be guided into the cylinder channel (2), said plate being electrically conductive all the way to a free end of the elbow, a plate storage unit (6) for receiving the plate (3), a supply unit (7) by means of which the plate (3) can be transported out of the plate storage unit (6) onto the cylinder (1) and by means of which the elbow can be guided into the cylinder channel (2), a contact (K) formed by the plate storage unit (6) or the supply unit (7), said contact being connected to the plate (3) in an electrically conductive manner when the elbow is inserted into the cylinder channel (2), a controller for the supply unit (7), a circuit (8) which comprises the cylinder (1) and the contact (K) which is electrically insulated from the cylinder (1), a current generator (9) which is arranged in the circuit (8), and a signal transmitter which is arranged in the circuit (8), wherein the plate (3) closes the circuit (8) when the elbow contacts the cylinder (1).
Method for starting up a web-fed rotary printing press, in which a) a web (B) which is to be printed is guided through at least one press nip which is formed by an impression cylinder (3) and a back-pressure cylinder (3) of the web-fed rotary printing press, b) the impression cylinder (3) is accelerated to a thrown-on speed (NDruck-An) in a position, in which it is thrown off from the web (B), and is then thrown onto the web (B), c) the web (B) is stationary at least during a part phase of the acceleration of the impression cylinder (3) or is conveyed at an initial speed (NEin) which is slower than the current speed of the impression cylinder (3).
B41F 7/12 - Rotary lithographic machines for offset printing using two cylinders one of which serves two functions, e.g. as a transfer and impression cylinder in perfecting machines
The invention relates to an impression cylinder for use in rotary printing which has an axial clamping slot (1a-1i) with a slot width (s) of only a few millimeters. Said clamping slot (1a-1i) comprises a) a slot opening (1a) on an outer periphery of the impression cylinder (1), b) a slot base (1b), c) a first clamping wall (1c) for a leading bent section (3) of a printing blanket (2), said wall extending to the slot opening (1a), d) a second clamping wall (1d) for a trailing bent section (5) of the same or an additional printing blanket (4), said wall extending to the slot opening (1a) and being opposite the first clamping wall (1c) at the distance of the slot width (s), e) and a locally restricted extension (1i) for mounting an index member (20-24) used to adjust the lateral index, said extension forming in at least one of the clamping walls (1c, 1d) an at least substantially cylindrical recess that extends towards the slot base (1b).
The invention relates to a device for clamping a flexible printing blanket on an impression cylinder. Said device comprises a) a clamping channel (1a-1f) having a first clamping surface (1c) for a leading bent section (3) of the printing blanket (2) and a second clamping surface (1d) for a trailing bent section (5) of the same or an additional printing blanket (4), said second surface being opposite in the circumferential direction of the impression cylinder (1) at a distance, b) a first clamping element (11; 21; 31) which defines with the first clamping surface (1c) a clamping gap (F) for the leading bent section (3), c) a second clamping element (12; 22; 32) which defines with the second clamping surface (1d) a clamping gap (F) for the trailing bent section (5), d) the clamping elements (11, 12; 21, 22; 31, 32) being axially off-set from each other in the clamping channel (1a-1f) and overlapping each other in the circumferential direction (V) in the region of the clamping gap (F).
The invention relates to a device for clamping at least one flexible printing plate to a printing cylinder, said device comprising: a) a clamping piece (11, 12) which is arranged in a clamping channel of the printing cylinder (1) and forms, with a clamping surface, a clamping gap (F) into which a front part (3, 5) of the printing plate (2, 3) can be inserted; and b) an elastic element for subjecting the clamping piece (11, 12) to an elastic force; c) an outer surface of the clamping piece (11, 12) pressing against a bearing point which is formed in the clamping channel and supports the clamping piece (11, 12) in such a way that it can be tilted, against the elastic force, away from the clamping surface.
Web spreading device, by means of which web runs, running adjacently in a web processing machine, may be spread apart from each other transverse to the direction of travel thereof, said web spreading device comprising: a) cutting devices (4), for longitudinally cutting a web (P) at least into a left, right and middle web run (T1, T2, T3), b) a left-handed deflection device (51, 61, 71) with left-handed deflection axis for the left-handed web run (T1), c) a right-handed deflection device (5r, 6r, 7r) with right -handed deflection axis for the right-handed web run (T3), d) a middle deflection device (5m, 6m, 7m; 23a-c) with mid deflection axis for the middle web run (T2), e) the deflection axes of at least two of the deflection devices have an inclination relative to the conveyor device (F) of the corresponding web run (T1, T3) and relative to the conveyor direction of the remaining web run (T2), such that the corresponding web runs (T1, T3) may be spread parallel to each other and to the other web run (T2).
The invention relates to a roller system for an inking and/or damping unit, comprising a first roller (R1) and at least one second roller (R2; R3), which co-operates with the first roller (R1). According to the invention, the first roller (R1) and the second roller(s) (R2; R3) can be rotated about their respective longitudinal axes and can be displaced along said respective longitudinal axes.
The invention relates to a transfer cylinder (1) for a rotary press or for use in a rotary press, which allows a printing width of at least five printed pages and which comprises a first fastening channel (3) and a second fastening channel (4) for fastening at least two printing linings. These fastening channels are disposed in different axial sections of the transfer cylinder (1) and are offset by 180° in relation to each other in the peripheral direction of the transfer cylinder (1) or extend each other in alignment. The first fastening channel (3) extends continuously in the longitudinal direction of the transfer cylinder (1) across at least three printed pages and the second fastening channel (4) extends continuously in the longitudinal direction across at least one printed page.
