Abstract: A labeling arrangement (1) for frozen applications comprises a top label (10) having an adhesive layer (12) having a predetermined freezing temperature below 0° C. The labeling arrangement (1) further comprises a base component (20) having a base layer (21) and an interlocking structure (22) comprising a plurality of hook-shaped coupling elements (23). The hook-shaped coupling elements (23) each comprise a first and a second portion (231, 232) which are geometrically different such that the first portion (231) extends laterally beyond the second portion (232) with respect to a main lateral extension plane of the base layer (21), the second portion (232) being arranged between the first portion (231) and the base layer (21) and coupling the first portion (231) to the base layer (21).

Abstract: An object has a first conductor structure, an electronic unit, a second conductor structure galvanically isolated from the first conductor structure and/or from the electronic unit but coupleable electrically thereto, and a carrier structure with a first pliable carrier layer having a first carrier layer region and with a second carrier layer region. The carrier structure is a layer stack in a base surface region including at least part of the carrier structure base surface and includes at least the first and second carrier layer regions. At least part of the conductor structures is in the base surface region. The first conductor structure and/or the electronic unit is joined with the first carrier layer region. The second conductor structure is joined with the second carrier layer region and coupleable electrically to the first conductor structure and/or the electronic unit by a layer stack surface region outside the electronic unit.

Abstract: A method for checking a surface of an object, imprinted and/or structured in raster form, includes: a) using a digital image, which reproduces a replica of the surface, b) checking and/or determining a property of the surface or the replica using the digital image and/or the replica, and c) outputting a result with reference to the property. Step b) includes constructing and/or reconstructing a raster made from raster elements, using the digital image and/or the replica in which at least one raster element parameter can assume two or more, differently large size, brightness, and/or color parameter values, depending on the position of the corresponding raster element. The surface property is checked and/or determined as a function of the differently large parameter values and/or of the distribution of these differently large parameter values on the raster elements, and the result is output in Step c).

Abstract: A security label for a multi-part container includes a first section for attachment to a first container part and a second section adapted to a second container part with respect to a state of the label in that it is applied to the container, so that the label is closed in on itself along an edge line at a free end of the second section facing away from the first section. The two sections form a respective mutually adjacent part of a common material web. The label further includes a severing element between the first and second sections relative to a label longitudinal axis, so that, when the container applied with the label is opened, the label can be cut in a predetermined manner by the severing element and the second section can be removed together with the second container part from the first section and the first container part.

Abstract: A method for checking a surface of an object, imprinted and/or structured in raster form, includes: a) using a digital image, which reproduces a replica of the surface, b) checking and/or determining a property of the surface or the replica using the digital image and/or the replica, and c) outputting a result with reference to the property. Step b) includes constructing and/or reconstructing a raster made from raster elements, using the digital image and/or the replica in which at least one raster element parameter can assume two or more, differently large size, brightness, and/or color parameter values, depending on the position of the corresponding raster element. The surface property is checked and/or determined as a function of the differently large parameter values and/or of the distribution of these differently large parameter values on the raster elements, and the result is output in Step c).

Abstract: An arrangement includes a component and a temperature-dependent, first fluorescent dye, which in a first state has a predetermined first color location and in a second state has a predetermined second color location different from the first color location, and which is disposed on the component or integrated in the component in such a way that the luminescent dye, in dependence on a temperature change acting on it, creates an optically recognizable color change from the first color location to the second color location.

Abstract: A method for printing a printing designed as a color-tilting surface onto an object surface includes a) printing a relief structure having strip-shaped webs onto the object surface, the strip-shaped webs being spaced apart and raised relative to the surface and each having first and second side flanks, and b) conformal printing of a pattern with first color strips parallel to but laterally offset from the webs. As a result, the first color strips more strongly determine color, brightness and/or another visual, optical or wavelength-related property viewed obliquely from the first side flanks than viewed obliquely from the second side flanks. At least in step b) a digital printing technique carries out the printing to permit variable predetermination of at least the first color strip dimensions, positions and/or contours. A colored isotropic printing ink and/or printing compound is used as the printing ink and/or printing compound.

Abstract: A film structure for a battery for providing on a round body includes a carrier film, having a first section and a second section following the first section and a third section following the second section. The film structure has a first layer sequence of several layers, having a first electrode layer for forming an anode or a cathode, and a second layer sequence of several layers, having a second electrode layer for forming an anode or cathode different from the first electrode layer. The first and the second layer sequences are arranged on different sections of the carrier film in such a way that the first and the second layer sequences come in contact with each other and the film battery is thereby activated only once a body is labeled.

Abstract: A foil structure with generation of visible light via LED technology has a carrier foil and an LED chip for generation of UV light. The LED chip is disposed on a first portion of the carrier foil and is provided with a light output face for emission of the UV light. The foil structure further has a color reaction layer for conversion of the UV light into the visible light, wherein the color reaction layer is disposed on a second portion of the carrier foil. The carrier foil is folded over in such a way that the second portion of the carrier foil is disposed above the first portion of the carrier foil and the color reaction layer is disposed above the LED chip or in a manner laterally offset relative to the LED chip.

Abstract: A flexible electrical circuit having connection between electrically conductive structure elements includes at least one lacquer layer, at least one electrical conductor track, which is disposed above the at least one lacquer layer, and at least one electrically conductive contact layer for contacting at least one electrical component. Furthermore, the flexible electrical circuit includes a conductive cement layer and a layer of a primer. The layer of the primer is disposed on the at least one lacquer layer. The conductive cement layer is disposed underneath the at least one electrically conductive contact layer and above the layer of the primer.

Abstract: A film structure for a battery for dispensing on a round body includes a carrier film having a first section and a subsequent second section and a first electrode layer for forming an anode or a cathode, and a second electrode layer for forming an anode, if the first electrode layer is formed as a cathode, or a cathode, if the first electrode layer is formed as an anode. The first and second electrode layers are arranged on a top side of the first section and the second section of the carrier film. While the underside of the second section of the carrier film is coated with an adhesive layer, the underside of the first section of the carrier film is free of adhesive. As a result, the first section of the carrier film can be folded over onto the second section of the carrier film during labeling and the battery can be thereby activated.

Abstract: A foil structure with generation of visible light using LED technology includes a carrier foil and an LED chip for generation of UV light. The LED chip is disposed on the carrier foil and is provided with a light output face for emission of the UV light. Furthermore, the foil structure includes a color reaction layer for conversion of the UV light into the visible light. The color reaction layer is disposed above the LED chip or in a manner laterally offset relative to the LED chip. The color reaction layer is provided with a structuring, so that the UV light emitted from the light output face of the LED chip is not emitted into the surroundings of the foil structure.

Abstract: An RFID label with protection of the RFID function includes an RFID transponder chip and a carrier substrate, on which the RFID transponder chip is disposed. Furthermore, at least one structure element in vertical projection is disposed laterally offset from the RFID transponder chip. The at least one structure element acts as a spacer and, in case of an external mechanical stress, prevents a direct force action on the transponder chip and a junction to an attached antenna structure.

Abstract: A method produces labels having multiple sheets glued together in a first surface region of the basic label and lying loosely on top of each other in a second surface region. After printing an anti-adhesion layer in first surface regions and a frame region, webs are applied and printed to produce lowermost label sheets. An anti-adhesion layer is printed onto the last web in third surface regions lying between the first and/or second surface regions and the frame region. After punching the material web between the third surface regions and the first and/or second surface regions, an outermost web is applied and printed. By punching a frame through all webs, a lattice take-off is severed, simultaneously forming an outermost sheet section in each third surface region projecting laterally beyond the lowermost label sheets.

Abstract: A flexible electrical circuit having connection between electrically conductive structure elements includes at least one lacquer layer, at least one electrical conductor track, which is disposed above the at least one lacquer layer, and at least one electrically conductive contact layer for contacting at least one electrical component. Furthermore, the flexible electrical circuit includes a conductive cement layer and a layer of a primer. The layer of the primer is disposed on the at least one lacquer layer. The conductive cement layer is disposed underneath the at least one electrically conductive contact layer and above the layer of the primer. Due to the layer of the primer, the flexible electrical circuit has a strong adhesive force between the at least one electrical component and the at least one lacquer layer.

Abstract: A label to identify an object has an inscribable layer composite for receiving a first, visible inscription to identify an object, an adhesive film for adhering the label to an object, and an active substance, which, when contacting the object surface, penetrates into and/or acts on the object surface. The active substance is disposed on the label rear side in a structured active surface layer, on, in, or underneath the adhesive film. The structured active substance layer includes a partial surface region or multiple partial surface regions of the label base surface. When the label is adhesively affixed to the object surface, the active substance on the label rear side selectively contacts the object surface in the structured active substance surface region. Within the base label surface, the structured active substance layer has the shape and/or contour of a further, initially-invisible inscription, identification or item of information.

Abstract: A pressure compensation label for sticking to a surface, provided with a pressure compensation opening, of a housing or some other article, has a first film for sticking to a surface provided with a pressure compensation opening, and an outer, second film and also an air-permeable membrane film which is arranged between the first film and the second film. The first film has a cutout, intended for positioning over a pressure compensation opening, and a number of ventilation ducts. Each of the ventilation ducts is separated from the cutout by a film region of the first film. The membrane film covers the cutout and each of the film regions between the cutout and the number of ventilation ducts.

Abstract: A film structure with protection against manipulation includes a top film, a laser-inscribable layer which is arranged on the bottom side of the top film, and also a bottom film and a connecting layer for connecting the bottom film to the top film and the laser-inscribable layer. The connecting layer is arranged between the laser-inscribable layer and the bottom film. The film structure has an inscribed region and an uninscribed region. The top film is fused with the bottom film in the inscribed region of the film structure. As a result, it is virtually impossible to separate the top film with the inscribed layer from the bottom film without destruction in the event of a manipulation attempt.

Abstract: An RFID label with protection of the RFID function includes an RFID transponder chip and a carrier substrate, on which the RFID transponder chip is disposed. Furthermore, at least one structure element in vertical projection is disposed laterally offset from the RFID transponder chip. The at least one structure element acts as a spacer and, in case of an external mechanical stress, prevents a direct force action on the transponder chip and a junction to an attached antenna structure.

Abstract: A film structure for a battery for dispensing on a round body includes a carrier film having a first section and a subsequent second section and a first electrode layer for forming an anode or a cathode, and a second electrode layer for forming an anode, if the first electrode layer is formed as a cathode, or a cathode, if the first electrode layer is formed as an anode. The first and second electrode layers are arranged on a top side of the first section and the second section of the carrier film. While the underside of the second section of the carrier film is coated with an adhesive layer, the underside of the first section of the carrier film is free of adhesive. As a result, the first section of the carrier film can be folded over onto the second section of the carrier film during labeling and the battery can be thereby activated.