35results about How to "Rich picture" patented technology

The invention relates to a preparation method of a slim mirror-plane artistic porcelain painting which consists of a preform body and glazes, wherein the preform body is prepared from the following components in percentage by weight: 15-20% of soft soil, 5-10% of hard soil, 30-40% of porcelain stones, 10-15% of tremolite, 15-20% of pyrophyllite and 15-20% of albite; the bottom glaze is prepared from the following components in percentage by weight: 55-65% of frit I, 10-15% of frit II, 1-2% of aluminum oxide, 3-5% of calcined kaolin and 15-25% of kaolin. The preparation method comprises the following steps: preparing the preform body and the glazes, roll-pressing and molding the preform body, drying, biscuiting, applying bottom glaze, applying surface glaze, performing colored drawing, and performing high-temperature glaze firing to obtain the slim mirror-plane artistic porcelain painting. By combining the latest international ceramic ink-jet printing technology with the conventional hand painting process of Jingdezhen, the famous scripts and paintings at all times and in all over the world are manufactured into 3D artistic porcelain paintings which are exquisite in product quality, rich in frame and fine in texture, can be widely applied to the decoration of airplanes, stations, homes and office buildings, and have wide application prospect.

The invention relates to a method for making handicrafts from natural plants, which uses the roots, stems, leaves, flowers, fruits and seeds of natural plants as raw materials, and adopts the following procedures: pretreatment—drying and shaping—carrier screening— Artistic composition design—hand pasting—drying—finished product packaging. The raw material used in the present invention is the natural plant that grows in nature, also can utilize fruit and vegetable to make, the root, stem, leaf, flower, fruit and seed of plant are processed scientifically and through artistic conception, compositional design, not only Play its unique performance, and ingeniously integrated, enrich the picture of natural plant handicrafts, improve the artistic appreciation and practicality, the prospect is promising. The production method of the present invention can be small-scale purely handmade or semi-mechanized to realize large-scale production, thereby reducing costs, so the present invention is particularly suitable for labor-intensive production, with less investment and high added value of the product.

The invention provides a method of indefinitely extending animation properties. An animation system capable of indefinitely extending animation properties is integrated in an editor, different properties are extended continuously according to different objects, setting of the object properties is realized in an animation editor, corresponding frames are generated synchronously according to object property changes and saved in a timeline, the object property changes are recorded through the timeline, the property changes recorded in the timeline are combined independently or randomly for animation, and extension of the animation properties is thus completed. Each extended property can be brought forward independently for animation, the animation editor can support a single-property animation, a developer can check the animation effects conveniently, better animation making is also facilitated, different animation properties can be combined to complete certain complicated and special animation effects, the repeated coordination work among an artist, the animator and the developer is reduced, the animator can perform a perfect design and realize a desired result, and the cost is reduced.

The invention discloses luminous, safe, energy-saving and environment-friendly glass. The luminous, safe, energy-saving and environment-friendly glass comprises an upper glass base layer and a lower glass base layer, wherein a luminous film layer and a picture film layer are arranged between the upper glass base layer and the lower glass base layer; the luminous film layer is arranged on the upper surface of the lower glass base layer; the picture film layer is arranged on the upper surface of the luminous film layer; a low-e low-radiation energy-saving glass layer is arranged on the upper surface of the upper glass base layer. The glass has the advantages of being free of power supply, capable of automatically emitting light and displaying pictures at night and high in heat insulation and sound insulation effects, is high in strength, and is mainly used in bottom plates of supermarket aisles, ladders or two sides of the ladders, indication marks and the like.

The invention discloses a system for making and broadcasting a television weather program, comprising a template making module, a weather data acquisition module, an association module, a programming list module, an output module and a first broadcasting module, wherein the template making module is used for making a weather program module; the template comprises a plurality of replaceable units for describing the broadcasting attribute of each type of weather data; the weather data acquisition module is used for acquiring weather message data and analyzing the required weather message data; the association module is used for calling the weather program template and respectively establishing association messages between each replaceable unit in the template and the analyzed weather data; the programming list module is used for creating a weather program broadcasting list; the broadcasting list comprises urban information required by an existing program and corresponding urban weather data; the weather data is respectively configured a corresponding broadcasting attribute; the output module is used for outputting the broadcasting list; and the first broadcasting module is used for broadcasting the corresponding urban weather data in accordance with the broadcasting attribute. The system can be used to reduce the workload for making the weather program and improve the efficiency for making the weather program.