10results about "Outline designs" patented technology

The invention relates to the technical field of intelligent window grilles, in particular to a very-low-frequency induction intelligent window grilles instant-learning security and protection product which comprises an induction and alarm unit, and the induction and alarm unit conducts induction through a very-low-frequency induction device and triggers an alarm device. The very-low-frequency induction intrusion alarm device comprises an excitation wire and an induction wire. The function selection and display unit is used for realizing switching among different working modes and carrying out LED light display; the mobile terminal is used for communicating with external equipment or a network to realize remote control; and the power supply management unit is used for providing stable electric energy supply for the whole system. Through the very-low-frequency induction technology, the intelligent window grille can form a very-low-frequency virtual space barrier on the surfaces of glass doors and windows, and when a human body approaches the virtual space barrier, the intelligent window grille can rapidly sense and trigger corresponding alarm mechanisms in a non-contact mode, and the alarm mechanisms comprise voice prompt, LED alarm lamp flickering, siren sound and the like.

The invention discloses a method for manufacturing dynamic paper-cut. The method comprises the following steps: selecting a piece of paper with a proper size and a proper three-dimensional picture frame according to the need of a creation work; performing composition and drawing on the paper according to the requirements of the works, and performing paper cutting on the plane paper-cut part and the part needing to be driven to cut the paper; s2, according to the picture drawn in the step S2, a pattern part needing to be drawn is cut out or carved out and then folded to be distinguished from a plane, and if the plane part has a pattern, the plane part is manufactured at the same time; the glass or acrylic glass mirror surface of the three-dimensional picture frame is quickly rubbed by using a towel or a paper towel to generate static electricity, so that the pre-manufactured suspended part paper-cut is driven to generate dynamic paper-cut presentation. According to the method, the expression form and interestingness of the Chinese paper-cut are expanded, the abundant imagination of creators is reflected, the flexibility of the paper-cut works after dynamic actuation not only has traditional characteristics, but also shows the practical science and technology sense, and the method has good reference significance in the aspects of inheritance and innovation of the Chinese paper-cut.

The invention relates to the technical field of paper-cutting technology, in particular to a method for making paper-cutting with backing paper; the method comprises the following steps: S1, designing a paper-cutting pattern with hollow positions; S2, stacking the paper-cutting pattern, colored paper and backing paper in sequence and fixing them up and down; S3, synchronously engraving the colored paper and the backing paper corresponding to the hollow positions of the paper-cutting pattern; S4, after the hollow positions are engraved, removing the backing paper; S5, engraving the edge lines of the colored paper according to the paper-cutting pattern to obtain the paper-cutting; S6, after aligning the hollow positions on the paper-cutting and the backing paper, pasting the paper-cutting on the backing paper; by engraving the hollow positions corresponding to the colored paper on the backing paper, and then aligning and pasting the paper-cutting on the backing paper with the corresponding hollow positions, the problem of not being blocked by paper at the hollow positions of the paper-cutting where the whole paper needs to be retained as the bottom layer is solved, that is, the hollow positions, whether the paper-cutting or the backing paper, continue to be consistently hollowed out, and do not affect the light transmittance.

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.

The invention is directed to the field of crafts production technology, in particular to filigree glue dripping enamel painting process. The following steps are included: Step 1: to choose a pattern and create it; Step 2: Filigree; Step 3: fixing; Step 4: coloring and glue dripping; Step 5: making decoration; Step 6: upper sealing; step 7: PET tape removing; Step 8: Reprocessing, bottom sealing and decoration; Step 9: attachments mounting. The production process of this filigree glue dripping enamel painting involves combining the filigree enamel process with the glue process to optimize the advantages of both techniques. It can modify both the shape and color, and can better adjust the transition color in detail, resulting in a more uniform solid color. Filigree glue dripping enamel painting process allows to create clear lines and rich gradient colors with simple glue.

A method for producing pigment fragments (1) comprises the steps of creating a first layer (3) on a substrate (2), structuring the first layer (3) and detaching the pigment fragments (10,11) from the substrate (2). According to the present invention, the first layer (3) is a crack-forming layer such that said first layer is structured by the formation of cracks (32). Before the pigment fragments (10,11) are detached, a pigment layer (4) is applied to the first layer (3) structured by cracks (32).

The utility model relates to the technical field of manufacturing dies, and discloses a multifunctional die for a paper-cut handicraft picture, which comprises a die box and a gland, a built-in top plate capable of moving in a jacking manner is arranged in the die box, a limit gasket is arranged above a pressure pad, and a forming die for carrying out die pressing on paper-cut is mounted on the inner side of the gland. Paper-cut is placed above the pressing pad, the edge of the paper-cut is pressed and limited by placing the limiting gasket, at the moment, the surface of the forming mold can be brushed when the brush plate is taken down from the material box, formed patterns are engraved on the surface of the forming mold, and then the pressing cover is turned over to be closed with the mold box. Then the paper-cut above the built-in top plate is controlled by the control piece to be upwards jacked and pressed to be in extrusion contact with the surface of the forming mold, so that the formed pattern coating is printed on the paper-cut, corresponding cutting and trimming are performed according to the pattern formed on the paper-cut, manual drawing and trimming are not needed, and the purposes that the paper-cut craft picture manufacturing efficiency can be improved through the mold device, and the production cost is reduced are achieved. And time and labor are saved.