3results about "Outline designs" patented technology

A method for generating pigment fragments includes the following steps: forming a first layer (3) on a starting substrate (2); structuring the first layer (3); and peeling the pigment fragments off the starting substrate (2). According to the invention, the first layer (3) is a crack-forming layer, and thus the first layer is structured by the formation of cracks (32). Before peeling off the pigment fragments, a pigment layer (4) is applied to the first layer (3) structured by cracks (32).

A method of minimising the risk of graffiti despoiling a surface by applying either (a) a pre- printed waterproof vinyl sheet having a plurality of multi-coloured pixels (as herein defined) of different colours, so that any subsequent application of graffiti to that painted surface will render the applied graffiti as not or not very visible or legible, as the outline of the graffiti will blend in with at least some of the coloured pixels thereby detracting from the visibility or legibility of the graffiti, or (b) applying one or more tiles (40) having pre-formed 3D pixels (41, 42, 43) capable of rendering any subsequently applied graffiti as not or not very visible or legible, as the outline of the graffiti will be hidden by the peaks (41) or valleys (43) in the exterior surface of the tile(s).

The application discloses a light and shadow linkage type paper-cut dynamic projection method, and core steps of the method comprise: paper-cut and light and shadow parameter linkage initialization, analysis of paper-cut basic contour layer, detail decoration layer and hollow light transmission layer characteristics and establishment of a light and shadow parameter library, and initialization of linkage parameters; paper-cut dynamic adjustment and real-time light and shadow adaptation, dynamic optimization of light and shadow parameters is driven through paper-cut posture data, and two-way adaptation is formed; scene feedback driven linkage optimization, adjustment of paper-cut and light and shadow states based on environmental light, audience interaction and other data, and compensation of projection surface distortion; multi-dimensional light and shadow layered rendering, paper-cut level is strengthened through multi-light source cooperation; dynamic calibration and projection output, cumulative deviation is corrected, and an optimized picture is output. The innovation lies in the construction of a paper-cut-light scene three-dimensional linkage system. The application improves projection artistic expressiveness and scene adaptability, enhances interactive experience, is suitable for multi-scenarios such as cultural tourism exhibition and interactive exhibition, and provides support for digital dissemination of paper-cut culture.