TH76274B - Lamination machine for deep groove printing plate - Google Patents

Abstract

The DC60 (10/10/57) describes a series of laminating machines for printing engraving on hard materials (1), which consists of a vacuum chamber (3) with an adjustable inner (30) gap. Good to get at least one A plate for printing etched onto hard material (10) coated, a vacuum system (4) connected to a vacuum chamber (3) optimized to create a vacuum in the inner cavity (30) of the chamber. The vacuum (3) and the physical vapor deposition (PVD) system (5) are optimized to perform the Accumulation of wear-resistant coating under vacuum onto the etched surface (10a) of the plate for etching printing on hard materials. (10), in which the physical vapor deposition system (5) includes at least one coating material target (51,52), which comprises a source of abrasion resistant coating material. or deposited on the coated surface (10a) of the printing plate etched onto the hard material (10a). The vacuum chamber (3) is arranged so that the printing plate is etched onto the hard material (10). The glaze sits literally vertically in the inner cavity (30) of the vacuum chamber (3) with its engraved surface (10a) facing at least one (51,52) series of glazed material targets. plate coating machine For etching on hard materials (1) it is further assembled by a movable carrier (6) that is located within the inner cavity (30) of the vacuum chamber (3) and is optimized to support and the cyclical movement of plates for printing etching onto hard material (1) forward and through at least one coating target (51,52). A rigid sill (1) consisting of a vacuum chamber (3) with an inner cavity (30) optimized to accept at least one A plate for printing etching onto a solid (10) coated material, a vacuum system (4) connected to a vacuum chamber (3) optimized to create a vacuum in the inner space (30 ) of the vacuum echo (3) and the physical vapor deposition (PVD) system (5) optimized to perform the Accumulation of wear-resistant coating under vacuum onto the etched surface (10a) of the plate for etching printing on hard materials. (10), in which the physical vapor deposition system (5) includes at least one coating material target (51,52), which comprises a source of abrasion resistant coating material. or deposited on the coated surface (10a) of a printing plate etched onto its hard material (10a) facing at least one coated material target (51,52). For printing stencils on solid materials (1) it is further assembled by a movable guide (6) that is located within the inner cavity (30) of the vacuum chamber (3) and is optimized to support and the cyclical movement of the printing and etching plates onto the hard material (1) forward and through at least one coated target (51,52).

Claims (5)

Disclaimer (all) which will not appear on the advertisement page: 1. A set of etching printing machine on hard material (1) which includes: - Vacuum chamber (3) with an inner (30) gap optimized to accept at least one sheet. For printing, etching onto hard materials (10) coated - a vacuum system (4) connected to the vacuum chamber (3) and optimized to create a Vacuum in the inner space (30) of the vacuum chamber (3) and - Physical Vapor Deposition (PVD) (5) system optimized to perform the deposition. The wear-resistant coating under vacuum goes onto the etched surface (10a) of the plate for The etched print on hard material (10), in which the physical vapor deposition system (5) includes at least one Coating Materials Target (51, 52) The brew contains a source of wear-resistant coating that is Accumulated onto the coated surface (10a) of the etched printing plate onto the hard substrate (10), where the vacuum chamber (3) is arranged so that the etched printing plate onto the hard substrate (10) is The coating is placed literally vertically in the inner space (30) of the vacuum chamber (3) with its engraved face (10a) facing at least one coating target (51, 52), and where The laminator unit for etching on hard substrates (1) is further assembled with a movable carrier (6) located within the inner space (30) of the vacuum chamber (3) and Is optimized to accommodate And move in a cycle of printing plates Engrave onto hard substrate (10) forward and pass at least one enamel target (51, 52) 2. A set of laminator for etching on hard substrates (1) as defined in the handhold. 1st right where the physical vapor deposition system (5) is a metal atomization system consisting of - at least one metal atomization target in the form of a magnetron acting as Coating material target (51, 52) - Metallurgical gas distribution (55) optimized for gas distribution in Metal atomization to the inner space (30) of the vacuum chamber (3), and - A ionizing system optimized for the formation of metal atomization of the vacuum chamber (3). Wear resistant coating material of at least one target, aerosol coating and deposition of wear resistant coating that is aerosolized onto the etched surface (10a) of the plate for etching on hard substrates. (10) 3. A set of sheet coating machines for etching printing on hard substrates (1) as defined in claim 2, where a metal atomization system consists of at least two coating targets, page 2 of Number of 4 metal dust faces (51, 52), each of which includes a source of coatings that resist corrosion. Wear-resistant coating, where the source of the wear-resistant coating is aerosolized The most popular metal is pure chromium. 4. A set of plate coating machines for printing etching onto hard substrates (1). One of the previous claims Where the vacuum chamber (3) and the movable conductor (6) are arranged so that the etched print sheet (10) is slanted backward and where the angle of the Slope between engraved surfaces (10a) of printing plates Engraved on hard substrates (10) and a vertical plane of not more than 20 degrees. 5. A set of laminating machines for printing on hard substrates (1) as defined in which of the following? One of the previous claims Where the movable conductors (6) are optimized for transition. The printing plate is etched onto hard material (10) back and forward within the inner spaces (30) of the vacuum chamber. (3) and follow the transitional path (T) forward and through at least one TARGETS COATING MATERIALS (51, 52) 6. A set of laminating machines for etching on hard substrates (1) as defined in claim 5, where the vacuum chamber (3) shows an elongated shape. The first and second (I, II) ends at both ends of the transitional path (T) of the movable conductor (6) and where the first (31) sealing gate is provided at the section. The first (I) end of the vacuum chamber (3), where the first (31) sealed door (31) provides access (31a) to the inner space (30) of the vacuum chamber (3), to allow a Packing Sheet for printing, etching onto hard substrates (10) that has been coated or removed for printing. Print Engrave on Hard Substrate (10) 7. Plates for etching printing on hard substrate (1) as defined in Claim 6, where the first end (I). The vacuum chamber (3) is connected to the clean room (100), where the loading or unloading of plates for etching printing onto hard materials. (10) to or from the vacuum chamber (3) is carried out from that section. 8. A set of laminating machines for etching on hard substrates (1) as defined in claim 6 or 7, where the second sealed door (32) is placed at the second end (II). ) Of the vacuum chamber (3), which the second (32) sealed door provides further access (32a) to the inner space (30) of the vacuum chamber (3) for the purpose of maintenance. 9. A set of laminating machines for printing and etching on hard substrates (1), as defined in which of the following? One of the previous claims Where the removable shield (37) is arranged on at least the wall. Inside the back (37a) of the vacuum chamber (3), behind the movable conductor (6), page 3 of the number 4, page 1 0. Set of laminator for etching on hard substrates (1) as follows. Which is defined in One of the preceding claims Where the carrier (6) is optimized to receive plate support for Etching on hard substrates (65) in which an etch print plate (10) is mounted on that part, where the plate support for etching on hard substrates (65) can be Removable From a movable carrier (6) together with a printing plate for etching on hard substrates (10) 1. 1. A set of laminating machines for etching printing on hard substrates (1) as defined in which of the following? One of the preceding claims Where the vacuum chamber (3) is composed of a front opening (35a) that contacts the inner cavity (30) of the vacuum chamber (3) and supports a retractable sealant (35), at least one target. The glaze (51, 52) is located on that section, where the retractable sealant (35) can be moved between the retracted position (Fig. 1 to 4, 8) during the maintenance line. Treatment, in this way, provides access to the inner cavity (30) of the vacuum chamber (3) through the front opening (35a) and the working position (Figures 5 to 7A-C), where the front opening. (35a) was sealed in such a way that it was sealed by a retractable sealant (35), in this way done Bring at least the coating target (51, 52) to the working position within the front opening (35a). 2. A set of laminator for etching on hard substrates (1) as defined in claim 11, where a retractable sealant (35) is rotated around an axis at one end to the top. The vacuum chamber (3) and where, in the retractable position, the retractable seal panel (35) rests literally horizontally against the surface of at least one coating target (51, 52) being. Set direction to the top 1 3. A set of laminating machines for etching printing on hard substrates (1) as defined in claim 11 or 12, which is further combined by a closed mechanism. (36) optimized to create Selectable separation between the inner gap (30) of the vacuum chamber (3) and at least one Lamination targets (51, 52) located on a retractable seal (35) 1. 4. A set of laminating machines for printing and etching on hard substrates (1) as defined in which of the following? One of claims 11 through 13, where the physical vapor deposition system (5) is a coating system. Metal atomization, which consists of at least one metal atomization target in the form of The magnetron acts as a coating target (51, 52) and where the laminator sets for printing. Carved onto hard materials (1), further assembled in a way optimized to shape. Magnetic field of magnetron And where the path is optimized to shape the magnetic field of Popular magnetron includes an electric coil (53) that surrounds the front opening (35a) and is positioned in the 4 face area of the four. Close to at least one coating target (51, 52), when brought to the operating position, where the electric coil (53) is energized during the 1 atomization operation. 5. In what point is a set of laminating machines for etching on hard substrates (1)? One of the preceding claims Where the vacuum system (4) consists of the main pump system (41) and at least one turbocharged vacuum pump (45) and where the turbocharged vacuum (45) is popular. Connected to the inner gap (30) of the vacuum chamber (3) through the control gate valve (46).