Provided is a fabricating method of a pattern, which includes preparing a first substrate having a first width and a first thickness, stretching the first substrate and preparing a second substrate having a second width and a second thickness, forming a base layer made of a material of a pattern which will be formed on the second substrate, removing a predetermined region of the base layer and forming a first pattern having a first line width and a first height on the second substrate, and removing a tensile force applied to the second substrate to restore the second substrate back to being the first substrate and forming a second pattern having a second line width and a second height on the first substrate. Fineness of a line width can be achieved by forming the first pattern in a state in which the substrate is stretched, contracting a line width of the first pattern while restoring the stretched substrate, and forming the second pattern having a contracted line width on the restored substrate such that high integration can be achieved.

The present disclosure provides a manufacturing method for an OLED panel and an OLED panel manufacturing apparatus. The OLED panel manufacturing apparatus include at least one roller; at least one outlet used to print a plurality of RGB trichromatic sub-pixels disposed in sequence on a substrate by spraying organic light-emitting coating; and at least one pipe used to convey the organic light-emitting coating. By simultaneously printing the RGB trichromatic sub-pixels on the substrate in a letterpress printing way, the present disclosure can maximize the utilization of the organic light-emitting coating forming sub-pixels, simplify the production process and cycle, and increase the production efficiency.

The present disclosure provides a manufacturing method for an OLED panel and an OLED panel manufacturing apparatus. The OLED panel manufacturing apparatus include at least one roller; at least one outlet used to print a plurality of RGB trichromatic sub-pixels disposed in sequence on a substrate by spraying organic light-emitting coating; and at least one pipe used to convey the organic light-emitting coating. By simultaneously printing the RGB trichromatic sub-pixels on the substrate in a letterpress printing way, the present disclosure can maximize the utilization of the organic light-emitting coating forming sub-pixels, simplify the production process and cycle, and increase the production efficiency.

The present disclosure provides a manufacturing method for an OLED panel and an OLED panel manufacturing apparatus. The OLED panel manufacturing apparatus include at least one roller; at least one outlet used to print a plurality of RGB trichromatic sub-pixels disposed in sequence on a substrate by spraying organic light-emitting coating; and at least one pipe used to convey the organic light-emitting coating. By simultaneously printing the RGB trichromatic sub-pixels on the substrate in a letterpress printing way, the present disclosure can maximize the utilization of the organic light-emitting coating forming sub-pixels, simplify the production process and cycle, and increase the production efficiency.

The present disclosure provides a manufacturing method for an OLED panel and an OLED panel manufacturing apparatus. The OLED panel manufacturing apparatus include at least one roller; at least one outlet used to print a plurality of RGB trichromatic sub-pixels disposed in sequence on a substrate by spraying organic light-emitting coating; and at least one pipe used to convey the organic light-emitting coating. By simultaneously printing the RGB trichromatic sub-pixels on the substrate in a letterpress printing way, the present disclosure can maximize the utilization of the organic light-emitting coating forming sub-pixels, simplify the production process and cycle, and increase the production efficiency.

A system and method for having precise registration of a paper and a design and for substantially reducing the movement between a design and a paper when creating a letterpress comprising a set of letterpress plates with letterpress plate alignment features, a letterpress design, registration marks, ink, and paper that use a set of compatible alignment materials, recesses, posts, and springs that allow a first letterpress plate to register and secure a paper and a second letterpress plate to register and secure and design prior to compression, either manually or by a machine, and application of the ink onto the paper.

A system and method for having precise registration of a paper and a design and for substantially reducing the movement between a design and a paper when creating a letterpress comprising a set of letterpress plates with letterpress plate alignment features, a letterpress design, registration marks, ink, and paper that use a set of compatible alignment materials, recesses, posts, and springs that allow a first letterpress plate to register and secure a paper and a second letterpress plate to register and secure and design prior to compression, either manually or by a machine, and application of the ink onto the paper.

The present invention relates to an inversion transfer module (60) for a converting machine having a printing module (16) comprising a first printing unit (17) arranged to print on a top side (S1) of the sheet (1), and a second printing unit (17) arranged to print a bottom side (S2) of the sheet. The inversion transfer module is arranged between the first printing unit and the second printing unit and comprises a first inversion vacuum transfer (62) arranged to contact the first side of the sheet and a second inversion vacuum transfer (64) configured to contact the second side of the sheet, whereby the inversion transfer module is configured to change the side of adherence and transportation of the sheet.

The present invention relates to an inversion transfer module (60) for a converting machine having a printing module (16) comprising a first printing unit (17) arranged to print on a top side (S1) of the sheet (1), and a second printing unit (17) arranged to print a bottom side (S2) of the sheet. The inversion transfer module is arranged between the first printing unit and the second printing unit and comprises a first inversion vacuum transfer (62) arranged to contact the first side of the sheet and a second inversion vacuum transfer (64) configured to contact the second side of the sheet, whereby the inversion transfer module is configured to change the side of adherence and transportation of the sheet.