Abstract:
The present invention relates to a method for manufacturing brand logos and trademark label stickers attached to various electrical and electronic products. The present invention relates to a method for manufacturing brand logos and trademark labels using a synthetic resin film, comprising: a first step for being provided with an electro-forming mold or a soft mold having an image or a pattern; a second step for applying a UV resin; a third step for safely arranging a transparent synthetic resin film thorough which light can transmit; a fourth step for performing a compressing treatment using a compressing roller; a fifth step for hardening the UV resin; a sixth step for obtaining a film having an image or a pattern by separating through detachment of the synthetic resin film; a seventh step for forming a metal evaporated thin film on the rear side of the synthetic resin film; an eighth step for forming a print layer for displaying abilities of protecting the metal evaporated thin film and blocking light transmission and for realizing a primary color; a ninth step for expressing only the part of a secondary color wanted to be realized by partly removing the print layer and the metal evaporated thin film formed on the rear side of the synthetic resin film by performing laser marking; a tenth step for forming a secondary color realizing layer by performing a print treatment through performing electron beam evaporation or a print technique; an eleventh step for attaching a double-sided tape or applying an adhesive primer; and a twelfth step for expressing brand logos and trademark label stickers by performing laser cutting. [Reference numerals] (S1) Step of being provided with an electro-forming mold or a soft mold having an image or a pattern; (S10) Step of forming a secondary color realizing layer; (S11) Step of forming an adhesive layer; (S12) Step of laser cutting(expressing brand logos and trademark label stickers); (S2) Step of applying a UV resin on the upper layer of the mold; (S3) Step of safely arranging a synthetic resin film; (S4) Step of performing a compressing treatment; (S5) Step of hardening the UV resin; (S6) Step of separating the synthetic resin film; (S7) Step of forming a metal evaporated thin film; (S8) Step of forming a print layer(a first color realization); (S9) Step of laser marking(local removal)
Abstract:
PURPOSE: A plastic film label manufacturing method and plastic film label manufactured thereby are provided to reduce the manufacturing cost by omitting the lamination progress. CONSTITUTION: The cylinder printing the design displayed on label or the letter is manufactured(S100) in order to manufacture the cola label. The cylinder for the primary color and white background for print white cylinder is manufactured. The primary color is printed on the transparent plastic film and the primary color is used(S120). Two part type white ink is printed on the plastic film through twice by using the white background for print cylinder(S140). Two part type white ink stabilize the white two part type ink printing and the maturing process operates(S160).
Abstract:
A color coding scheme comprising (i) a plurality of color implement group having a defined shape with a design indicating of functions; and (ii) each color and each design provide a specific type of lubricant or grease to be used by a corresponding matching device.
Abstract:
Ein Schildstreifen umfasst einen längserstreckten Mittelsteg (11, 11', 11") und mehrere bedruckbare Kennzeichnungsschilder (10, 10', 10") zur Kennzeichnung elektrischer Bauelemente, wobei die Kennzeichnungsschilder (10, 10', 10") beidseits des Mittelstegs (11, 11', 11") jeweils entlang des Mittelsteges (11, 11', 11") hintereinander angeordnet sind und über Verbindungsstege (12, 12', 12") mit dem Mittelsteg (11, 11', 11") verbunden sind. Dabei ist vorgesehen, dass am Mittelsteg (11, 11', 11") mindestens zwei Haltestifte (14, 15) von unterschiedlicher Form und/oder Größe angeordnet sind, die jeweils zum Eingriff in eine zugeordnete Halterung (24, 25) eines Magazins (2) zum Einführen in eine Druckvorrichtung ausgebildet sind. Auf diese Weise wird ein Schildstreifen bereitgestellt, zu dessen Herstellung in Bezug auf ein jeweiliges Kennzeichnungsschild ein geringerer Materialbedarf besteht und der einfach zu handhaben ist.
Abstract:
The present invention relates to labels and labelstock materials, and to substances used therein, and components thereof, The present invention further relates to a method of manufacturing the labelstock and labels, uses thereof and products comprising them.
Abstract:
The present invention relates to a wristband closure (1) for providing a tamper-proof closure for a wrist- band (8), wherein the wristband closure comprises: - a base body for holding a part, preferably an end part, of the wristband; - a closing body for closing the wristband by means of receiving a further part of the wristband between the base body and the closing body; - a closing assembly for providing a closure between the base body and the closing body on one side of the wristband closure; - a hinge assembly for providing a pivotable connection between the base body and the closing part on an opposite side.
Abstract:
Label media for use in a label media printer to form wide labels is disclosed. The label media includes a releasable liner (12) that has a first side (16) and a second side (18) joined by a longitudinal edge (20). A first side (24) of a substrate (14) adheres to the first and the second sides of the releasable liner. At least a portion of the substrate is ink-receiving.
Abstract:
A method for custom-printing double-thickness labels that are stored in a booklet (54) without the need for a box includes several steps. The first step is to prepare a die-cut, double-thickness label assembly (30). The assembly has a label sheet (48) with a printing surface and a back surface. The back surface is coated with a pressure-sensitive, temperature-stable adhesive (51). The assembly also has a release coated backing sheet (31), with the back surface of the label sheet (48) being adhesively mounted onto the release coated backing sheet (31). The label sheet and the backing sheet are substantially coextensive, the printing surface is entirely blank and the label sheet is die-cut to form individual labels. The label sheet is perforated into individual sections (82, 84 and 86), at least some of the sections being large enough for printing in office printers without jamming. The label sheet is folded into a booklet (54), and the booklet is secured shut. The user may separate one or more sections (82, 84, 86) from the label sheet. A personal office printer, such as a laser or inkjet printer or copier, prints onto the printing surface of the section or sections. The user removes a label from the sheet and applies the label to a substrate. The backing sheet forms the outside of the booklet and has company and product information and advertising (44) printed on it; and the booklet may have a mounting hole (56) at one end. As an alternative embodiment, the assembly may be a single-thickness sheet of heavy paper or cardstock having closed patterns of microperforations that define printable cards, such as business cards (102).