摘要:
The invention relates to a multilayer body comprising a support and a layer which is arranged on the support and comprises an electrically conductive material in a specific arrangement. The multilayer body comprises an information region and a background region (18) which are galvanically separated from each other. Each information region is equipped with a first zone (10) which comprises an electrically conductive material, and the electrically conductive material of the first zones is connected in a conductive manner over the totality of the first zones. Each background region is equipped with a plurality of second zones which comprise an electrically conductive material and which are galvanically separated from one another. Each of the first zones (10) preferably takes up a surface area which is larger than each of the second zones by a factor of at least five. The electrically conductive material is preferably provided with an average surface coverage which varies by less than 25% over all the information regions and the background regions (18). In this manner, a homogenous appearance of the multilayer body is provided, and information provided in the information region by means of the shape, size, and/or alignment of the first zone is not visible without an aid and therefore cannot be copied.
摘要:
The invention relates to a layered body, in particular a layered body having two electrical functional layers, and to a use of said layered body, for example in a touch screen having improved resolution. A Moiré effect caused by the overlay of the patterns can be avoided by changing the lattice structure at the intersection areas.
摘要:
The invention relates to an organic electronic circuit (1) in the form of a multi-layered film body and to a method for the production thereof. The multi-layered film body has a substrate layer (2), a first electrically conductive functional layer (3), an electrically semi-conductive functional layer (4), an isolation layer (5) and a second electrically conductive functional layer (6). The organic electronic circuit (1) has two or more sections (20, 21). At least one first section (20) of the two or more sections (20, 21) is designed as an interconnection assembly (80). There is a plurality of structures (3a) repeating in a preferred direction in said at least one first section (20) that are each shaped in the first electrically conductive functional layer (3), that each are covered by the isolation layer (5) in a central first zone (30) and that each are not covered by the isolation layer (5) in the second zones (31, 32) arranged on both sides of the central first zone (30). At least one second section (21) of the two or more sections (20, 21) is designed as an interconnection assembly (81). A plurality of structures (3b) repeating in a preferred direction is furthermore shaped in said at least one second section (21) in the first electrically conductive functional layer (3). Said structures (3b) arranged in a central first zone (40) are covered by the electrically semi-conductive functional layer (4) and/or the isolation layer (5). Said structures (3b) in at least one second zone (41, 42) arranged neighboring a section are not covered by the isolation layer (5). The second electrically conductive functional layer (6) has at least one first region (50) wherein the second electrically conductive functional layer (6) partially covers at least one structure (3a) of the first electrically conductive functional layer (3) in the at least one section (20) designed as an interconnection assembly (80) and at least one structure (3b) of the first electrically conductive functional layer (3) in the at least one section designed as an electronic assembly (81) forming one or more electrically conductive connections (64, 65, 66). The second electrically conductive functional layer (6) has at least one second region (51) forming an electronic component wherein the second electrically conductive functional layer (6) partially covers the at least one second section (21) designed as an electronic assembly (81).